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GST No. 06AIRPG5628B1ZD

Physics Lab Instruments

Physics laboratory instruments are essential tools used in scientific research, experimentation, and data analysis within the field of physics. These instruments encompass a wide range of devices designed to measure, observe, and analyze various physical phenomena. They include equipment such as spectrometers for studying light and electromagnetic radiation, oscilloscopes for visualizing electrical signals, microscopes for examining microscopic structures, balances for measuring mass, and sensors for detecting and recording different quantities like temperature, pressure, and force. Physics laboratory instruments enable scientists and researchers to gather accurate data, conduct experiments, verify theories, and deepen our understanding of the fundamental principles and laws that govern the physical world.

 

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Inclined Plane, Wooden, 600x100mm

Price: 10.0 USD ($)

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Unit

Minimum Order Quantity : 10 Unit

Inclined Plane, Wooden, 600x100mm

Application:Industrial

Color:Brown

Material:Wooden

Product Type:Inclined Plane, Wooden, 600x100mm

Size:Different Sizes Available

Usage:Laboratory

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A simple inclined plane made of polished hardwood board hinged at one end to wooden base board. A 38mm plastic pulley in U-bracket is mounted on the other end of inclined plane supports masses suspended from the thread with other end tied to the object under observation. The index pointer fixed to the inclined surface moves along the arc scale attached to the baseboard and gives its angle of inclination. Includes two wooden block sliders for friction experiments, one metal roller in bracket with hook, and one weight pan with lightweight cord for suspension.



Versatile Laboratory Equipment

Our Inclined Plane is crafted to support experimental set-ups in laboratories and industrial research facilities. Its sturdy wooden and plastic construction ensures long-lasting use, while the 600x100mm size is optimal for a variety of testing scenarios. The classic brown finish not only provides an appealing look but also demonstrates durability under frequent handling.


Customizable Sizing and Reliable Performance

We offer the inclined plane in multiple sizes, allowing educators and researchers to select the perfect fit for their specific requirements. Each unit is manufactured with close attention to quality and functionality, ensuring accurate results during scientific demonstrations and testing processes in academic and industrial environments.

FAQs of Inclined Plane, Wooden, 600x100mm:


Q: How is the wooden inclined plane used in laboratory experiments?

A: The wooden inclined plane is employed to study mechanical principles such as friction, motion, and gravity. It allows students and researchers to observe how objects move down a slope and gather data on velocity and acceleration.

Q: What materials are used in the construction of this inclined plane?

A: Our inclined planes are primarily crafted from high-quality wood and durable plastic, ensuring stability and reliability during laboratory use.

Q: When should an inclined plane be incorporated into an experiment?

A: An inclined plane is ideal for experiments involving the analysis of forces, acceleration, and mechanical energy. It is often used at the beginning of physics curricula or whenever practical demonstrations of Newtonian mechanics are required.

Q: Where are these inclined planes manufactured and supplied from?

A: We manufacture and export these inclined planes from India, serving a wide range of laboratories and institutions globally.

Q: What is the process for selecting the right size of inclined plane?

A: Selection depends on the nature of your experiments. We offer different sizes, such as 600x100mm, so you can choose according to the scale of the demonstration or the space available in your laboratory.

Q: Can the inclined plane be used for industrial applications outside academic labs?

A: Yes, besides educational purposes, our inclined planes are suitable for industrial applications, including testing materials and demonstrating mechanical properties in research facilities.

Q: What are the primary benefits of using a wooden inclined plane in laboratory settings?

A: Using a wooden inclined plane enhances learning by providing hands-on experience with physical laws. It also allows for repeated experiments due to its robust construction, supporting both teaching and applied research.

Ticker Tape Timer DC

Price: 12.5 USD ($)

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Unit

Minimum Order Quantity : 10 Unit

Ticker Tape Timer DC

Application:Industrial

Color:Blue

Material:Mild Steel

Product Type:Ticker Tape Timer DC

Size:Different Sizes Available

Usage:Laboratory

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Useful for electrostatics experiments, where continuous source of high voltage is needed. A motor driven assembly encased in a sturdy metal box. The motor driven lower roller rotates the upper roller assembly located on top of the insulated Perspex pipe through a removable flat rubber belt. The continuous rotation of rubber belt results in accumulation of charge on the one piece near spherical metallic dome, charge being transferred continuously from rubber belt through charge collecting combs. Specially designed dome, with smooth and polished surface free of any surface imperfections, and without any sharp corner or edge to minimize charge leakage. The motor operates on AC mains 220-240V, 50/60Hz, fused input through a 3-Core mains cable. Provided with indicator type ON/OFF switch. On bringing earthed discharge sphere, sufficiently close to the charged dome, transfer of charge from dome to the ground takes place in the form of electric spark jumping from dome to the discharge sphere. Under favourable conditions, it can develop electric potential upto 200kV, with a spark of upto 70mm length. 4mm socket terminal provided at the bottom for earthing and another 4mm insert on top of the dome for charge transfer or attaching accessories. Provides for necessary adjustment in all the critical components. Supplied complete with discharge sphere, mounted on a long insulated handle.



Reliable Industrial and Laboratory Timer

Engineered for accuracy and compatibility, the Ticker Tape Timer DC stands out in both industrial and research environments. Its adaptable design allows it to function seamlessly with different tape materialswood, glass, or plasticmaking it suitable for a multitude of tasks, from motion experiments to system diagnostics.


Flexible Design for Varied Applications

The Ticker Tape Timer DC comes in multiple sizes to fit specific requirements. The robust mild steel construction ensures longevity, while the blue color enhances visibility in busy workspaces. Its user-friendly interface and compatibility make it a go-to choice for laboratories and production floors alike.

FAQs of Ticker Tape Timer DC:


Q: How is the Ticker Tape Timer DC operated in a laboratory setting?

A: To operate the Ticker Tape Timer DC, place the chosen tape material (plastic, wood, or glass) in the device and connect the DC power supply. Set the desired timer interval, and the unit will accurately record time intervals as the tape moves through it, which is useful for motion or acceleration experiments.

Q: What materials can be used with this ticker tape timer?

A: This timer is compatible with tapes made of mild steel, plastic, wood, or glass. This flexibility enables use in a variety of experiments and industrial processes, adapting to your specific application needs.

Q: When should this device be selected over other timing solutions?

A: The Ticker Tape Timer DC is especially recommended when precise, repeatable time interval recording is needed for moving objects or linear motion studies, both in industrial testing and educational laboratory experiments.

Q: Where can I source the Ticker Tape Timer DC?

A: This product is manufactured, supplied, and exported by a trusted Indian company, serving clients across India and internationally. You can contact the manufacturer or authorized suppliers for orders and detailed product information.

Q: What is the process for setting up this timer in industrial applications?

A: Installation involves securing the timer in the desired position, feeding the tape material through the apparatus, and connecting it to a DC power supply. After setup, simply adjust the settings according to your measurement requirements before commencing your process.

Q: What are the primary benefits of the Ticker Tape Timer DC?

A: Key benefits include its robust mild steel construction, compatibility with different tape materials, reliable time measurement, and ease of operation. Its adaptability to varied applications boosts efficiency in both educational and industrial environments.

Q: How does using this device enhance industrial or laboratory experiments?

A: The Ticker Tape Timer DC ensures accurate time tracking, which is vital for studying motion, acceleration, and other dynamic processes. This precision leads to more reliable experiment results and improved process monitoring.

Ticker Tape Timer 6-12V AC, 2 Speed

Price: 12.0 USD ($)

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Unit

Minimum Order Quantity : 10 Unit

Ticker Tape Timer 6-12V AC, 2 Speed

Application:Industrial

Color:Blue

Material:Mild Steel

Product Type:Ticker Tape Timer 6-12V AC, 2 Speed

Size:Different Sizes Available

Usage:Laboratory

Know More

12V Speed Ticker Tape Timer is a scientific instrument usedto measure the velocity of moving objects, such as balls or carts, by recordingtheir motion on a strip of paper tape. The device consists of a motor, a powersource (typically a 12V battery), a ticker tape holder, and a timer circuit.This helps to provide a simple and accurate way to measure the velocity ofmoving objects, using readily available materials and components. 12V SpeedTicker Tape Timer can also be used to study the practical applications of theseprinciples, such as the design of vehicles and machines that operate at highspeeds, and the development of safety measures to protect people and equipmentfrom the dangers of high-speed motion.





Precision Engineering for Versatile Applications

Crafted for both laboratory and industrial use, the Ticker Tape Timer meets diverse requirements with its sturdy build of mild steel, plastic, wood, and glass. Its dual-speed feature enhances experimental flexibility, making it ideal for analytical and motion studies.


Designed for Convenience and Safety

Operating on 6-12V AC power, the timer ensures safe use while accommodating different voltage setups. Its ergonomic design in blue, along with availability in multiple sizes, guarantees compatibility with various experimental setups and project scales.

FAQs of Ticker Tape Timer 6-12V AC, 2 Speed:


Q: How does the Ticker Tape Timer operate in laboratory experiments?

A: The Ticker Tape Timer functions by generating regular, timed marks on a tape as it moves through the device, allowing precise tracking of intervals and motion during physics or engineering experiments.

Q: What materials are used in the construction of the Ticker Tape Timer?

A: The Ticker Tape Timer is constructed using a combination of mild steel, plastic, wood, and glass, offering both durability and stability for frequent use in laboratory and industrial environments.

Q: When should I use the dual-speed feature of the timer?

A: The dual-speed option is especially helpful when different experimental protocols require varied timing resolutions, allowing you to adapt the timers output speed to match specific research or process needs.

Q: Where can I purchase the Ticker Tape Timer in India?

A: You can acquire the Ticker Tape Timer directly from reputable manufacturers, suppliers, and exporters based in India, many of whom offer customization and shipping across domestic and international markets.

Q: What is the process of setting up the Ticker Tape Timer?

A: To set up, connect the timer to a 6-12V AC power supply and attach the ticker tape. Adjust the speed setting as needed, then start your experiment, allowing the tape to record timed intervals as it moves through the timer.

Q: How can the Ticker Tape Timer benefit industrial applications?

A: In industrial settings, the timer is invaluable for testing mechanical motion, calibrating time-dependent processes, and analyzing equipment performance, ultimately improving workflow accuracy and efficiency.

Electroscope, Circular Shape

Price: 6.0 USD ($)

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Unit

Minimum Order Quantity : 20 Unit

Electroscope, Circular Shape

Application:Industrial

Color:Blue

Material:Mild Steel

Product Type:Electroscope, Circular Shape

Size:Different Sizes Available

Usage:Laboratory

Know More

Circular Electroscope is a scientific instrument used todetect and measure electrical charges. It typically consists of a metal disk,or "cap," that is suspended by a thin wire or thread from a fixedpoint. The cap is usually made of a lightweight, conductive material such asaluminum or brass, and is designed to be sensitive to the presence of electriccharges. This can be used to investigate a variety of phenomena, such as theeffects of different materials on the buildup and dissipation of electriccharges, and the relationship between electric charges and electric fields. CircularElectroscope is a valuable tool for teaching and learning about the principlesof electrostatics, and for promoting a deeper understanding of the physicalworld around us.





Superior Quality Construction

Engineered from robust mild steel and high-grade plastic, these electroscopes deliver resilience and durability, even during intensive laboratory use. The circular shape allows for easy handling and precise measurements, supporting various scientific and industrial processes.


Customizable Sizing Options

With a range of sizes available, our electroscopes accommodate different experimental needs. Whether for academic, research, or industrial laboratories, you can select the right fit to optimize accuracy and efficiency during electrical charge detection and demonstration.


Exported Across the Globe From India

As a leading exporter, manufacturer, and supplier, we deliver high-quality electroscopes worldwide. Trusted by laboratories and industries alike, our blue-colored, mild steel instruments represent excellence in both performance and value.

FAQs of Electroscope, Circular Shape:


Q: How is the Electroscope, Circular Shape utilized in industrial and laboratory settings?

A: The electroscope is commonly used to detect and measure electric charges in laboratory and industrial environments. Due to its sensitive design and robust materials, it reliably demonstrates and identifies static electricity during experiments or quality control checks.

Q: What materials are used in the construction of this electroscope?

A: This electroscope features a sturdy combination of mild steel, which ensures durability and stability, and plastic components for added safety and insulation. The quality materials make it suitable for intensive laboratory use.

Q: When should one choose different size options for the electroscope?

A: Selecting a specific size depends on the scale and requirements of the application. Larger electroscopes are ideal for demonstrations or group observations, while smaller sizes are suitable for individual experiment setups or limited space environments.

Q: Where is this electroscope manufactured and supplied from?

A: This electroscope is proudly manufactured and supplied from India, with products exported across various international markets, ensuring global access to high-quality laboratory instruments.

Q: What is the general process for using the circular electroscope in a laboratory?

A: To use the circular electroscope, introduce a charged object near its conductor. The device detects the presence of electric charge by the movement of its indicator leaves or needle, allowing users to observe and analyze charge behavior effectively.

Q: How does the use of mild steel and plastic benefit the electroscopes performance?

A: Utilizing mild steel improves the devices durability and structural integrity, while plastic components offer electrical insulation and user safety. Together, these materials produce a long-lasting, dependable laboratory instrument.

Q: What are the primary benefits of using this electroscope in laboratories?

A: The main benefits include enhanced accuracy in detecting electrical charges, robust construction fit for repeated use, custom sizing for diverse applications, and reliable performance, making it a staple for educational, research, and industrial labs.

Linear Air Track Apparatus

Price: 220.0 USD ($)

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Unit

Minimum Order Quantity : 2 Unit

Linear Air Track Apparatus

Application:Industrial

Color:Multicolour

Equipment Materials:Metal

Material:Mild Steel

Product Type:Linear Air Track Apparatus

Size:Different Sizes Available

Usage:Laboratory

Know More

For expl oring the concepts of mechanics involving linear motion on a near frictionless surface, such as acceleration, collisions (elastic / inelastic), expl osions, conservation of momentum and simple harmonic motion etc. Air track, the principal component of the apparatus, comprises of specially designed, rugged, anodized, aluminium alloy extrusion providing a straight working length of 2m, is mounted on four cast metal feet with leveling screws, two on each side positioned along the length. Two rows of fine holes provided on each side all along the length of the track through which jets of the air emanate to form air cushion on which the vehicles float under virtually frictionless conditions. One end of the track has an air inlet tube connection for compressed air supply. The track also has a 0-200cm scale graduated in millimeters for measuring distances and recording positions. The kit includes various gliders, which float to and fro on the air cushion, together with a large number of attachments to permit a comprehensive range of experiments. The complete apparatus including Air Track and attachments (accessories as per Cat No. 5238) are packed in kit form.

Linear Air Track is supplied complete with following accessories:

2 large vehicles (mass 400g, length 215mm)

1 small vehicle (mass 200g, length 100mm)

2 magnetic buffers (25mm diameter)

2 Plasticine holders (20mm diameter) with central hole

4 catapults (45mm wide) with slot for elastic band

3 steel buffers with central hole

4 elastic cords (220mm long) with plastic rings

1 reel of nylon thread

2 white plastic rods (4mm diameter 150mm long) for stroboscope photography

24 needles for use with steel buffer

20 white plain cards for interrupting light beams

1 reel rubber stand

1 pack of Plasticine

20 elastic bands



Precision Engineering for Laboratories

Our Linear Air Track Apparatus is crafted using stainless steel and mild steel, offering excellent durability and longevity. The metallic build ensures stability and precision, making it optimal for repetitive experiments in both educational and industrial environments.


Versatility and Customization

Available in multiple sizes and colors, the apparatus caters to diverse laboratory requirements. Whether you need it for basic motion experiments or advanced physics research, different configurations guarantee an ideal fit for your application.


Export Quality from India

As an exporter, manufacturer, and supplier based in India, we adhere to international quality standards. Our apparatus is trusted by laboratories worldwide, offering reliable results for scientific exploration and study.

FAQs of Linear Air Track Apparatus:


Q: How does the Linear Air Track Apparatus function in laboratory settings?

A: The Linear Air Track Apparatus operates by using a cushion of air to significantly reduce friction. This mechanism allows gliders to move smoothly along the track, making it ideal for demonstrating and studying principles of linear motion and collisions.

Q: What materials are used in the construction of this apparatus?

A: This apparatus is constructed from premium stainless steel and mild steel, providing strength, stability, and resistance to corrosion, which are essential for long-term laboratory use.

Q: When should this apparatus be used in laboratory experiments?

A: The Linear Air Track should be used when precise, low-friction conditions are required to study motion, such as in experiments on velocity, acceleration, momentum, and energy conservation.

Q: Where can the Linear Air Track Apparatus be utilized efficiently?

A: It is best suited for physics laboratories in educational institutions, research centers, and industrial labs that require accurate measurement and analysis of linear dynamics.

Q: What is the process of setting up and using the Linear Air Track Apparatus?

A: Begin by placing the apparatus on a stable, level surface. Connect the air supply to create a low-friction environment and then position the gliders on the track. The setup allows for conducting a variety of physics experiments with precise results.

Q: What are the benefits of using this apparatus in laboratories?

A: The primary benefits include accurate demonstration of physical laws, enhanced student understanding, reduced frictional errors, and durable performance thanks to high-quality metal materials.

Motor Model, Open Type

Price: 4.0 USD ($)

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Unit

Minimum Order Quantity : 10 Unit

Motor Model, Open Type

Application:Industrial

Color:Multicolour

Material:Mild Steel

Product Type:Motor Model, Open Type

Size:Different Sizes Available

Usage:Laboratory

Know More

Open Type Electric Motor Demonstration is a scientific apparatusused to demonstrate the basic principles of electromagnetism and electricmotors. This typically consists of a simple motor that is open to view,allowing the user to observe the operation of the motor and the interaction ofthe magnetic fields. It can also be used to explore a variety of practicalapplications of electric motors, such as in machines, vehicles, and appliances.Open Type Electric Motor Demonstration is a valuable tool for teaching andlearning about the principles of electromagnetism and electric motors, and forpromoting a deeper understanding of the role of electricity and magnetism inthe natural world and in modern technology.


Open type simple DC motor showing conversion of electrical energy into mechanical energy. Mounted on base, works on 4-6 volts DC. With Newtons colour disc attached vertically to the motor shaft.





Versatile Construction for Varied Applications

Designed using a combination of mild steel, plastic, wood, and glass, the Motor Model, Open Type, ensures robust performance while catering to both educational and industrial settings. Its adaptable structure can withstand rigorous use and provides a clear demonstration platform for mechanical and electrical concepts.


Customizable Sizes to Meet Specific Needs

This product is available in a range of sizes, allowing you to choose the most suitable variant for your laboratory experiments or industrial demonstrations. The flexibility in sizing enhances its utility, ensuring it fits seamlessly into different spaces and applications.

FAQs of Motor Model, Open Type:


Q: How is the Motor Model, Open Type, commonly used in laboratory and industrial settings?

A: The Motor Model, Open Type, is widely used for educational demonstrations in laboratories and technical training in industrial setups. It offers a visible and hands-on way to understand the fundamentals of electric motors, their components, and operation.

Q: What materials are incorporated in the construction of this motor model and why?

A: This model incorporates mild steel for strength and durability, with plastic, wood, and glass providing insulation, clarity, and aesthetic appeal. Such a combination ensures both robust performance and clear observation during demonstrations.

Q: Where is this motor model manufactured and who supplies it?

A: The Motor Model, Open Type, is manufactured in India and is available for export, supply, and wholesale distribution directly from Indian manufacturers, exporters, and suppliers.

Q: When should I consider using this model in my application?

A: You should choose this model when you require a clear visualization of motor mechanisms, practical training, or hands-on demonstration in either laboratory or industrial environments.

Q: What is the process for obtaining the Motor Model, Open Type, in different sizes?

A: You can request for this model in various sizes based on your specific requirements by contacting the manufacturer or supplier. They will assist in selecting or customizing the size that best fits your educational or industrial purpose.

Q: How does the open type design benefit users?

A: The open type design allows for an unobstructed view of the internal mechanics, making it easier for learners and professionals to study its components, functions, and maintenance procedures.

Force on Conductor Apparatus

Price: 15.0 USD ($)

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Unit

Minimum Order Quantity : 10 Unit

Force on Conductor Apparatus

Application:School Labs

Capacity:40 Pcs/hr

Classification:Demo Apparatus

Color:Black

Dimension (L*W*H):Standard/Customizable Centimeter (cm)

Material:Metal

Operate Method:Automatic/Self Excited

Power:12 Volt (v)

Product Type:Physics Lab

Storage Instructions:Store in a clean and dry place, Protect from direct sunlight and corrosive chemicals

Usage:Teaching Material

Voltage:2 Ampere (amp)

Weight:800 Grams (g)

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Explore our Elite range of laboratory apparatus, meticulously crafted for discerning professionals and institutions. Each reserve piece, whether transparent, white, or silver, epitomizes prodigious precision and radiant performance. With capacities from 10 mL to 1000 mL and temperature resistance up to 400C (on select borosilicate items), our collection guarantees compliance with strict ISO and ASTM norms. Autoclavable, reusable, and disposable options ensure versatility, while optional terrific accessories-stoppers, lids, clamps, or holders-elevate your purchase experience. Trusted by schools, research centers, and industries across India, these smooth-finished tools are perfect for chemical reactions, storage, heating, mixing, and analysis.

Extensive Uses and Applications

Our laboratory apparatus serve a diverse clientele, including scientific researchers, educators, and industrial professionals. Used by students, teachers, and lab technicians, these elite tools are ideal for chemical reactions, sample storage, heating, mixing, and comprehensive laboratory analysis. Whether employed as primary reaction vessels, storage containers, or mixing apparatus, their utility spans educational institutions, pharmaceutical labs, and industrial R&D facilities. Their reliability and adaptability make them indispensable in any scientific setting.


Main Export Markets, Payment, and Dispatch

Efficiently serving global clientele, we proudly export our radiant laboratory range to Europe, Asia, Africa, and the Middle East. Secure payment terms such as advance, L/C, or T/T ensure smooth transactions, while our quick dispatch protocol guarantees timely drop-offs. From the moment of order confirmation, our dedicated team ensures meticulous dispatching and delivery, making certain your apparatus arrives promptly and in pristine condition, regardless of destination.


FAQ's of Laboratory Apparatus:


Q: How should I store laboratory apparatus to ensure longevity?

A: Store your laboratory apparatus in a clean, dry place and shield them from direct sunlight and corrosive chemicals. Proper storage helps maintain their prodigious performance and ensures long-term durability.

Q: What materials are the apparatus made from, and are they autoclavable?

A: Our elite range features apparatus crafted from borosilicate glass, plastic, stainless steel, and other materials. Select glassware and plasticware are autoclavable-please refer to product specifications before use.

Q: Where can these laboratory apparatus be effectively utilized?

A: These versatile tools are recommended for schools, colleges, research laboratories, and industrial labs. Their radiant adaptability makes them suitable for a broad range of scientific and educational settings.

Q: What temperature resistance do the borosilicate glass items offer?

A: Our borosilicate glass apparatus can withstand temperatures up to 400C, making them ideal for demanding chemical reactions, heating, and analysis in high-temperature environments.

Q: What process is followed for order dispatch and delivery?

A: After purchase confirmation, your order is packaged securely in box or carton, followed by rapid dispatch and timely drop-off, ensuring you receive your items efficiently, wherever you are located.

Q: What are the main benefits of purchasing your laboratory apparatus?

A: Purchasing from us means acquiring ISO and ASTM compliant, reusable or disposable tools that combine elite quality, brilliant performance, and reliable safety-backed by efficient export and customer support.

Wave Apparatus Plastic, 24 Pulleys

Price: 15.0 USD ($)

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Unit

Minimum Order Quantity : 10 Unit

Wave Apparatus Plastic, 24 Pulleys

Application:Industrial

Color:Blue

Material:Mild Steel

Product Type:Wave Apparatus Plastic, 24 Pulleys

Size:Different Sizes Available

Usage:Laboratory

Know More

For demonstrating the movement of progressive transverse and longitudinal waves. Comprises a number of circular discs mounted equidistant from each others on a horizontal shaft in gradually varying degrees of eccentricity, with each disc having a vertical rod of same length supported on top and sliding up and down into a pair of guides. Complete assembly mounted on a wooden base. Completely made of plastic with basic design and functionality. The plastic highlighted tips provide easy observation of wave motion. The rotating handle is fitted with a circular scale marked in degrees to indicate the rotation

Efficient Wave Demonstration in Laboratories

This Wave Apparatus with 24 pulleys is engineered for clear and effective demonstration of wave motion and principles. Its robust construction using both mild steel and quality plastic ensures stability during experiments. The apparatus supports a multitude of wave-related laboratory experiments, making it a valuable addition to science laboratories and industrial training centers.


Available Sizes and Superior Material Quality

Available in multiple sizes, this wave apparatus seamlessly adapts to various laboratory requirements. The use of mild steel offers strength and stability, while plastic elements provide lightweight handling. Its blue color adds aesthetic appeal, making it easy to spot in busy academic or industrial settings. Designed to resist daily wear, it remains reliable for repeated use.

FAQs of Wave Apparatus Plastic, 24 Pulleys:


Q: How is the Wave Apparatus Plastic with 24 pulleys used in laboratory settings?

A: This apparatus is used to visually demonstrate the principles of transverse and longitudinal waves, wave propagation, and reflection. Instructors and students can generate and observe wave patterns by manipulating the pulleys and rods, making abstract concepts tangible.

Q: What materials are used in the construction of this wave apparatus?

A: The apparatus is crafted using mild steel for structural strength and plastic for reduced weight and enhanced durability, ensuring resilience against everyday laboratory use.

Q: When should you choose the Wave Apparatus Plastic with 24 pulleys for your lab?

A: This model is best suited when you need equipment for demonstrating wave mechanics in physics classes or industrial training sessions. Its multiple sizes accommodate diverse educational experiments and group demonstrations.

Q: Where can the Wave Apparatus Plastic, 24 pulleys, be effectively implemented?

A: It is ideal for educational laboratories in schools and colleges, as well as for industrial labs requiring demonstration of mechanical wave concepts and properties.

Q: What is the process for conducting a wave experiment with this apparatus?

A: Position the apparatus securely on the lab table, attach the rods to the pulleys, and initiate a disturbance at one end. Observe the wave motion as it travels through the rods, allowing for the study of reflection, transmission, and other wave behaviors.

Q: What are the main benefits of using this wave apparatus in laboratory experiments?

A: Key benefits include its sturdy and lightweight build, adaptability due to different size options, and effectiveness in visually representing wave phenomena, thereby enhancing students understanding of wave principles.

Force Table, Economical

Price: 25.0 USD ($)

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Unit

Minimum Order Quantity : 10 Unit

Force Table, Economical

Application:Industrial

Color:Blue & Black

Material:Mild Steel

Product Type:Force Table, Economical

Size:Different Sizes Available

Usage:Laboratory

Know More

Used for verifying the laws of composition and resolution of forces utilizing vector diagrams of several concurrent forces. Comprising a thick wooden circular table, about 30cm in diameter and finished with scratch resistant black epoxy coating. Raised outer rim of the table has circular scale graduated 0 to 3601, and marked every 10. Table mounted on a heavy, stable cast metal tripod base through a metal pipe. Also included are four pulleys in clamp that can be attached anywhere along the rim. A detachable pin, positioned at the center of the table indicates the balancing for forces through the centering of ring, tied to the strings carrying masses and suspended through the pulleys, around it. Supplied complete with set of strings tied to the rings, center pin and 4 sets of slotted masses with hanger, each set having one hanger 100g and masses 1 each of 10, 20, 50 and 100g.



Versatile Design for Diverse Applications

This force table is suitable for both laboratory experiments and industrial assessments, offering robust construction with mild steel and additional materials like plastic, wood, or glass. Its adaptable build ensures functionality and durability in various settings.


Customizable Sizes for Specific Needs

Available in multiple sizes, the force table accommodates different requirements, from educational demonstrations to specialized industrial testing. Users can select the most appropriate size to match their specific application needs.


Available in Blue and Black

Aesthetic options in blue or black allow for integration with your institutions or companys color schemes. These color choices are also beneficial for greater visibility and easy identification in busy laboratory or industrial spaces.

FAQs of Force Table, Economical:


Q: How is the force table used in laboratory and industrial settings?

A: The force table is primarily used to demonstrate and analyze vector addition and equilibrium of forces. In laboratories, it helps students and professionals understand fundamental physics concepts, while in industrial environments, it aids in assessing mechanical components and their interactions.

Q: What materials are employed in the manufacturing of this force table?

A: This force table is built with a sturdy mild steel base and may include parts made from plastic, wood, or glass, providing both strength and versatility according to the specific requirements of each application.

Q: When should I consider using a force table in my processes?

A: A force table should be used when you need precise measurement and analysis of force vectors. This is especially valuable during educational experiments, mechanical calibrations, and situations where understanding force interactions is critical.

Q: Where is this economical force table primarily manufactured and supplied from?

A: The force table is manufactured in India and is available for export, making it accessible to educational institutions, laboratories, and industries both within India and globally.

Q: What is the process involved in setting up the force table for experiments?

A: Setting up the force table involves assembling the base, attaching the pulleys, adding weights, and ensuring the measuring apparatus is level. Follow the included instructions for optimal accuracy in force measurement and analysis.

Q: What are the benefits of choosing this force table over other options?

A: This economical force table offers a cost-effective solution without sacrificing quality or precision. Its range of sizes, durable construction, and diverse material options cater to various requirements, providing dependable results for both industrial and laboratory applications.

Ripple Tank Apparatus

Price: 40.0 USD ($)

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Unit

Minimum Order Quantity : 10 Unit

Ripple Tank Apparatus

Application:Industrial

Color:Blue

Material:Mild Steel

Product Type:Ripple Tank Apparatus

Size:Different Sizes Available

Usage:Laboratory

Know More

A specially designed versatile apparatus for the investigation of the wave properties, such as wave propagation, reflection, refraction, diffraction and interference. Permits demonstration with an overhead projector or use as a free standing bench model, allowing investigations to be carried out directly. Comprises a Rectangular plastic tank with clear bottom and sloped sides incorporating beach effect to eliminate unwanted reflections. The tank has four detachable legs mounted at its underside at the corners with a hole in the clear tray for water drainage. One end of the tank has clamps for supporting lamp holder with a pair of clamps on each side for mounting rippler support rods. Rippler assembly comprises of a Rectangular plastic rod with series of holes suitable for mounting spherical dippers and a low voltage DC motor having eccentric cam attached to its shaft to produce oscillatory motion. Supplied complete with following accessories:

Illuminant Assembly

Set of 4 barriers a pair of bigger L-shaped (75-25mm) and a pair of smaller L-shaped barrier (2-25mm)

1 Curved Barrier, 2.5cm high, with uniform radius of curvature

1 Hand Stroboscope

1 Convex Lens

1 Concave Lens

1 Rectangular Block

2 Spherical Dippers

Spare Elastic Cords for suspending rippler assembly



Durable Construction for Reliable Results

Crafted from sturdy plastic and mild steel, our Ripple Tank Apparatus ensures longevity and resilience during Laboratory use. Its robust build provides stability, while the corrosion-resistant materials maintain precision and performance over time. The blue finish adds a professional look suitable for modern laboratories.


Versatile Sizing for Diverse Experiments

We offer Ripple Tank Apparatus in various sizes, accommodating both small-scale student demonstrations and more extensive research setups. This flexibility allows teachers, researchers, and students to choose the apparatus that best fits their experimental requirements and available workspace.

FAQs of Ripple Tank Apparatus:


Q: How is the Ripple Tank Apparatus typically used in laboratories?

A: The Ripple Tank Apparatus is used in laboratories to visually demonstrate wave behavior, such as reflection, diffraction, and interference, by generating waves on a water surface with the help of vibrating sources.

Q: What materials are used in the construction of the Ripple Tank Apparatus?

A: This apparatus is constructed from high-quality plastic and mild steel, offering durability and resistance to corrosion, ensuring it withstands frequent use in laboratory environments.

Q: When should a laboratory use a Ripple Tank Apparatus?

A: Laboratories should use a Ripple Tank Apparatus when demonstrating or studying fundamental wave phenomena in physics, especially in educational settings or industrial training sessions.

Q: Where is this Ripple Tank Apparatus manufactured and supplied from?

A: Our Ripple Tank Apparatus is manufactured, exported, and supplied from India, serving laboratories and institutions on both national and international scales.

Q: What is the process for generating ripples in the tank?

A: Ripples are generated by gently vibrating a point or line source in the tanks water, usually with the help of a motorized or manually operated mechanism attached to the apparatus.

Q: What are the benefits of using a Ripple Tank Apparatus in experimental settings?

A: Using a Ripple Tank Apparatus aids in clear visualization of wave patterns, enhancing comprehension of wave-related concepts, making it an invaluable educational and research tool.

Q: Are there different sizes of Ripple Tank Apparatus available?

A: Yes, we offer Ripple Tank Apparatus in different sizes to meet the diverse needs of laboratories and educational institutions, ensuring compatibility with various experimental setups.

Elementary Planetarium, Wooden Box, Motorized

Price: 9.0 USD ($)

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Unit

Minimum Order Quantity : 10 Unit

Elementary Planetarium, Wooden Box, Motorized

Application:Industrial

Color:Multicolour

Material:Metal,Plastic & Wooden

Product Type:Elementary Planetarium, Wooden Box, Motorized

Size:Different Sizes Available

Usage:Laboratory

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Tellurium of high-quality conceived to show on large scales the relative movements of the Sun, Earth and the Moon, and to explain a certain number of phenomena, such as the day and the night, the variation in the length and the orientation of the shades, seasons of the year, lunar phases, as well as the solar and lunar eclipses. Complete model mounted on a wooden box with on/off switch provided and operates on 220V motor.



Robust Design for Educational Excellence

Combining metal, plastic, and wooden elements, the Elementary Planetarium is built to endure frequent handling in laboratories and industrial settings. Its multicolour components help distinguish planetary paths, enhancing visual engagement and effective learning.


Versatile Applications and Sizes

Offered in a range of sizes, this motorized planetarium adapts to varied space constraints and demonstration needs. Its versatility makes it a favorite among schools, colleges, research institutions, and industrial training centers looking for reliable astronomy aids.

FAQs of Elementary Planetarium, Wooden Box, Motorized:


Q: How does the motorized Elementary Planetarium function?

A: The motorized Elementary Planetarium operates using an internal mechanism powered by electricity to simulate the orbital motions of planets. Its moving parts replicate celestial patterns, providing a hands-on demonstration of astronomical concepts.

Q: What are the main materials used in this planetarium model?

A: This planetarium is crafted from a combination of metal, plastic, wood, and often glass, ensuring durability and vibrant multicolour detailing for educational clarity.

Q: When is the best time to use the Elementary Planetarium in a learning environment?

A: The planetarium is ideal for use during astronomy lessons, laboratory experiments, and thematic workshopswhenever a visual demonstration of planetary movement enhances comprehension.

Q: Where can the elementary planetarium be utilized effectively?

A: It is well-suited for laboratories, industrial training centers, educational institutions, and exhibitionsany setting where an interactive approach to astronomy is beneficial.

Q: What is the process for operating this planetarium?

A: To use the model, simply connect it to a power source and use the controls to activate the motor. The moving planets begin their programmed rotation, allowing users to observe their movements with ease.

Q: What benefits does the Elementary Planetarium offer for students and professionals?

A: This apparatus provides an engaging, tactile method for studying planetary motion. It reinforces theoretical knowledge with observable demonstrations, deepening understanding for students and supporting advanced training for professionals.

Optical Bench 1 meter

Price: 14.0 USD ($)

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Unit

Minimum Order Quantity : 10 Unit

Optical Bench 1 meter

Application:Industrial

Color:Black

Material:Mild Steel

Product Type:Optical Bench 1 meter

Size:Different Sizes Available

Usage:Laboratory

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This 100cm Optical bench is constructed with a square section aluminium pipe which riders can move along tube easily. Rail has 1cm graduations up to 100cm. Comes with 6 riders for lens and slit holder. Optical bench can be used to measure the focal length of a lens. Prefect for Physics experiments.

Set comprises of :

1 x 12V Light source

2 x Needles

2 x Lens holder

1 x White screen with holder

1 x Mirror with holder

6 x Riders

2 x Side Brackets with levelling screws.


Flexible Construction for Varied Uses

This optical bench is available in multiple materialsplastic, wood, glass, and mild steelensuring suitability for diverse industrial and laboratory environments. Its adaptable structure supports experiments of different scales, making it invaluable for both teaching and professional research purposes.


Globally Trusted Exporter and Manufacturer

Produced in India, this optical bench is supplied and exported worldwide, upholding high manufacturing standards. Its reputation for reliability and quality makes it a preferred choice for laboratories and industries seeking precise optical apparatus.

FAQs of Optical Bench 1 meter:


Q: How is the 1-meter Optical Bench used in laboratory or industrial settings?

A: The optical bench provides a stable and adjustable platform for aligning optical components, enabling users to perform precise measurements and experiments involving light reflection, refraction, and imaging.

Q: What sizes and materials are available for the optical bench?

A: We offer the optical bench in different sizes and a selection of materials, including plastic, wood, glass, and mild steel, allowing customers to choose the best fit for their specific applications.

Q: When would I need to use an optical bench in my work?

A: Optical benches are ideal when your experiments require accurate alignment or measurement of optical elements, whether you are conducting research, calibrating devices, or teaching optical principles.

Q: Where can the optical bench be installed or set up?

A: The bench can be set up in laboratory environments, educational institutions, and industrial research centersessentially anywhere precise optical experimentation is needed.

Q: What is the process for ordering and receiving the optical bench from India?

A: You can order directly from our manufacturing facility in India. We handle both domestic and international shipments, ensuring the product arrives securely and promptly at your location.

Q: How does using this optical bench benefit users in industrial or laboratory environments?

A: Using the optical bench provides accurate,  setup for optical systems, improving the quality of experiments and data collection while ensuring user safety and convenience.

Wave Machine Powells Transverse Waves 18 Pulleys

Price: 16.0 USD ($)

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Unit

Minimum Order Quantity : 10 Unit

Wave Machine Powells Transverse Waves 18 Pulleys

Application:Industrial

Color:Blue & Red

Equipment Materials:Metal

Material:Mild Steel

Product Type:Wave Machine Powells Transverse Waves 18 Pulleys

Size:Different Sizes Available

Usage:Laboratory

Know More

For demonstrating the movement of progressive transverse waves. Comprises a number of circular discs mounted equidistant from each others on a horizontal shaft in gradually varying degrees of eccentricity, with each disc having a vertical rod of same length supported on top and sliding up and down into a pair of guides. Complete assembly mounted on a wooden base.

Demonstrate Physics Concepts Easily

The Wave Machine Powells Transverse Waves with 18 pulleys is specifically engineered for educational and industrial labs. It offers an engaging way to visualize mechanical wave motion, enhancing physics and engineering instruction. Durable materials and multiple size options provide flexibility for various experiments, making it an indispensable tool for teachers, researchers, and students alike.


Precision Engineering with Quality Materials

Constructed from mild steel and stainless steel, this wave machine ensures reliability and longevity. Its blue and red color options add a visual reference, while the metal design provides stability during experiments. The machines 18 pulleys enable smooth representation of transverse waves, ensuring accurate results every time.

FAQs of Wave Machine Powells Transverse Waves 18 Pulleys:


Q: How is the Wave Machine Powells Transverse Waves used in laboratories?

A: This wave machine is primarily used to demonstrate and analyze the properties of transverse waves. By manually or mechanically moving the pulleys, users can observe how wave energy travels through the medium, which helps students and researchers understand fundamental wave behaviors.

Q: What materials are used to manufacture this wave machine?

A: The machine is crafted from mild steel and stainless steel, both chosen for their durability and resistance to corrosion, ensuring dependable performance in laboratory environments.

Q: When is this equipment most beneficial in educational settings?

A: It is especially beneficial during physics demonstrations, laboratory experiments, and coursework related to wave mechanics, helping to provide hands-on experience and visual clarity for concepts discussed in class.

Q: Where can the Wave Machine Powells Transverse Waves be sourced from?

A: This product is manufactured, supplied, and exported from India, and is available through specialized laboratory equipment distributors and suppliers.

Q: What is the process for setting up the wave machine for demonstrations?

A: To set up the machine, it should be placed on a stable surface. The tension of the linked rods and pulleys is adjusted according to the desired wave characteristics. Once set, the motion can be initiated manually or with a mechanical actuator to display wave propagation.

Q: How does the design of 18 pulleys enhance demonstrations?

A: The inclusion of 18 pulleys allows for clearer, more accurate modeling of transverse wave patterns, supporting detailed study of amplitude, frequency, and wavelength in real time.

Q: What are the key benefits of using this equipment in laboratories?

A: This wave machine provides a tangible method for understanding and teaching wave mechanics, encourages interactive learning, and supports precise, repeatable demonstrations crucial for comprehensive physics education.

Kinetic Theory Model

Price: 8.0 USD ($)

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Unit

Minimum Order Quantity : 10 Unit

Kinetic Theory Model

Application:Industrial

Color:Blue

Material:Mild Steel

Product Type:Kinetic Theory Model

Size:Different Sizes Available

Usage:Laboratory

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For demonstration of the kinetic theory of gases explaining the molecular motion of the gases, thinning of air with increasing altitude, increase in pressure / volume with temperature etc. Comprises clear Perspex cylindrical tube mounted on a plastic enclosure with a rubber diaphragm at its lower end and a loose fitting metal cap at its upper end. Just underneath the diaphragm, a piston connected to a low voltage DC motor through eccentric cam, is provided for producing oscillatory motion or vibration of the diaphragm. A pair of colour-coded 4mm socket terminals provided for electrical connection. Includes metal spheres 1/8 and free-sliding cardboard discs for loading at the top.



Versatile Design and Material Strength

This Kinetic Theory Model is crafted from a combination of mild steel and plastic, allowing for both durability and lightness. The blue color offers a distinct visual appeal that enhances its use in laboratory environments. Available in a variety of sizes, it fits diverse experimental setups, making it ideal for researchers, educators, and industrial trainers alike.


Ideal for Industrial and Educational Applications

Primarily intended for laboratories, the Kinetic Theory Model is also suitable for industrial training and demonstrations. Its interactive design helps users understand kinetic theory concepts more tangibly, supporting both basic and advanced learning. Export quality assurance ensures reliability for both domestic and international users.

FAQs of Kinetic Theory Model:


Q: How is the Kinetic Theory Model used in laboratory and industrial applications?

A: The Kinetic Theory Model is utilized for demonstrating the movement of molecules, helping students and professionals visualize kinetic theory concepts. In laboratories, it enhances teaching, while in industrial settings, its used for staff training and system analysis.

Q: What materials are used in constructing the Kinetic Theory Model?

A: The model is manufactured using a combination of mild steel and plastic, providing both strength and lightweight usability. This ensures long-term durability even with frequent handling in laboratories.

Q: When should laboratories consider using this model?

A: Laboratories should consider using this model when precise demonstrations of kinetic theory and molecular motion are required in teaching or research. It is beneficial during physics experiments and industrial training sessions.

Q: Where is the Kinetic Theory Model typically installed or used?

A: This model is commonly found in educational and research laboratories, science classrooms, and industrial training centers, particularly where a clear demonstration of kinetic theory principles is required.

Q: What is the process for setting up the Kinetic Theory Model?

A: Setting up the model involves assembling the mild steel and plastic components as per the provided manual. The varying available sizes cater to different laboratory benches or industrial training setups.

Q: How does this product benefit laboratory and industrial users?

A: The main benefits include enhanced learning through visualization, increased engagement during training, and reliable demonstration of complex kinetic theory principles. It supports better understanding and retention of scientific concepts.

Van de Graaff Generator - Hand Driven

Price: 25.0 USD ($)

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Unit

Minimum Order Quantity : 10 Unit

Van de Graaff Generator - Hand Driven

Application:Industrial

Color:Gray

Material:Metal,Plastic & Wooden

Product Type:Van de Graaff Generator - Hand Driven

Size:Different Sizes Available

Usage:Laboratory

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Hand operated, mounted on base. For the generation of electric charge, useful in electrostatics and for studying various phenomena associated with electric charge. Comprises a near spherical dome supported on top of an insulated, clear Perspex pillar on the base. A removable flat rubber belt rotates through rollers mounted at both the ends of Perspex pillar. Lower roller shaft has a pulley driven by a hand operated crank through rubber belt. The continuous rotation of the flat rubber belt results in the accumulation of charge on the dome, until electrical breakdown of air surrounding the sphere occurs. With sufficient charge build up on the dome, bringing the earthed discharge sphere sufficiently close to it results in the transfer of charge from dome to ground in the form of electric spark. Earthing terminal provided on the base. Supplied with discharge sphere, mounted on a long insulated handle.

Versatile Electrostatic Generator

Our hand-driven Van de Graaff Generator is suited for a wide range of laboratory and industrial uses. Its construction uses durable materials like metal, plastic, wood, and glass, ensuring resilience and consistent performance. The choice of different sizes enables customization for specific applications.


Industrial and Educational Applications

This generator is extensively used in physics laboratories for demonstrating electrostatic principles, as well as in certain industrial environments. Its reliable design and easy operation make it a preferred tool among educators and industry professionals.


Reliable Indian Exporter and Manufacturer

As a leading exporter, manufacturer, and supplier based in India, we are committed to delivering high-quality Van de Graaff Generators worldwide. Every unit meets strict industry standards, ensuring customer satisfaction and safety during use.

FAQs of Van de Graaff Generator - Hand Driven:


Q: How does the hand-driven Van de Graaff Generator function?

A: The generator operates by manually turning a handle, which moves a belt made from insulating material. This process transfers electrical charge to a metal dome, building up high voltage static electricity. Its a safe way to demonstrate or utilize electrostatic phenomena in laboratory or industrial settings.

Q: What materials are used in the construction of this generator?

A: The generator is manufactured using a combination of metal, plastic, wood, and glass. This blend provides structural strength, electrical insulation, and durability, making it well-suited for both frequent educational use and demanding industrial environments.

Q: When should I use a hand-driven Van de Graaff Generator?

A: You should use this generator when a controlled, portable, and hands-on source of static electricity is neededsuch as for laboratory experiments, classroom demonstrations, or certain industrial processes involving electrostatics.

Q: Where can this generator be used most effectively?

A: The Van de Graaff Generator is most effectively used in educational laboratories, research institutions, and select industrial applications where demonstrating or manipulating static electricity is essential.

Q: What is the general process to operate the hand-driven generator?

A: To operate, simply rotate the handle at a steady pace, which powers the belt mechanism inside. As the belt moves, it transfers charges to the dome, creating a visible static electricity effect available for assessment or demonstration.

Q: What are the key benefits of using your Van de Graaff Generator?

A: Our generator offers hands-on learning, robust performance, safe operation, and adaptability for various experiments and industrial tasks. Its high build quality and material selection enhance longevity and reliable results, making it a valuable asset in any relevant environment.

Q: Are different sizes of the generator available to suit diverse needs?

A: Yes, we manufacture our Van de Graaff Generators in multiple sizes to cater to specific application requirements, ensuring an appropriate model for every customerfrom basic classroom demonstrations to more complex industrial uses.

Force Table, Metal Top 30cm

Price: 48.0 USD ($)

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Unit

Minimum Order Quantity : 5 Unit

Force Table, Metal Top 30cm

Application:Industrial

Color:Blue & Black

Material:Mild Steel

Product Type:Force Table, Laboratory

Size:Different Sizes Available

Usage:Laboratory

Know More

Used for verifying the laws of composition and resolution of forces utilizing vector diagrams of several concurrent forces. Comprising a thick aluminium circular table, about 30cm in diameter and finished with powder coating paint. Raised outer rim of the table has circular scale graduated 0 to 3601, and marked every 10. Table mounted on a heavy, stable cast metal tripod base through a metal pipe, with base having three leveling screws. Also included are four pulleys in clamp that can be attached anywhere along the rim. A detachable pin, positioned at the center of the table indicates the balancing for forces through the centering of ring, tied to the strings carrying masses and suspended through the pulleys, around it. Supplied complete with set of strings tied to the rings, center pin and 4 sets of slotted masses with hanger, each set having one hanger 100g and masses 1 each of 10, 20, 50 and 100g.



Versatile Force Table for Advanced Applications

Our Force Table features a sturdy metal top measuring 30 cm and is available in various sizes to fit diverse requirements. Crafted from materials like plastic, wood, glass, and mild steel, it assures longevity and resistance to wear. With a choice of blue or black, this precision apparatus is ideal for physics experiments, vector resolution, and equilibrium studies in both laboratory and industrial settings.


Customization and Reliable Performance

As a leading exporter, manufacturer, and supplier in India, we offer Force Tables tailored to your specifications. Each unit is constructed for consistent performance and accuracy, facilitating easy setup and precise measurements. Our products serve educational institutions, research labs, and quality control departments by enhancing productivity and experiment quality.

FAQs of Force Table, Metal Top 30cm:


Q: How do I use the Force Table for experiments in laboratories or industrial settings?

A: To use the Force Table, assemble it on a stable surface, attach weights or pulleys as required, and follow your specific experiment protocol. The table allows for accurate measurement and analysis of force equilibrium, resolution of forces, and vector analysis.

Q: What materials are used to manufacture the Force Table, and how do they benefit the user?

A: The Force Table is made from high-quality materials such as plastic, wood, glass, and mild steel. These materials ensure durability, precise results, and adaptability to various experimental conditions, supporting both laboratory and industrial needs.

Q: When should I choose different sizes of the Force Table?

A: The selection of table size depends on your experiment scope and available workspace. Larger tables accommodate more complex setups, while smaller models are suited for compact environments or simpler demonstrations.

Q: Where are these Force Tables manufactured and supplied from?

A: All Force Tables are produced and supplied from India. We are a reputable exporter, manufacturer, and supplier serving clients worldwide, ensuring quality and timely delivery.

Q: What is the process for ordering a customized Force Table as per my requirements?

A: To order a customized Force Table, please contact our sales team with your specifications regarding size, color, and material preferences. We will guide you through the options and provide a tailor-made solution to fit your needs.

Q: How does utilizing this Force Table benefit research and industrial applications?

A: Using our Force Table enhances the accuracy of physical measurements, improves experimental, and facilitates detailed force analysis. Its robust construction and flexibility help streamline learning and operational processes in labs and industrial environments.

Light Box with Optics Kit

Price: 15.0 USD ($)

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Unit

Minimum Order Quantity : 10 Unit

Light Box with Optics Kit

Application:Industrial

Color:Black

Material:Mild Steel

Product Type:Light Box with Optics Kit

Size:Different Sizes Available

Usage:Laboratory

Know More

For reflection, refraction, and color mixing experiments. The light box consists of a light source 12 V, 24 W lamp, producing convergent, divergent or parallel beam. On one end, an adjustable cylindrical convex lens (for parallel beam)

On the other end, a triple aperture system for color mixing experiments (lateral aperture are provided with adjustable hinged mirror). All apertures in the box are provided with vertical channels to hold slit plates and color filters. The optical set includes Acrylic Blocks, set of three mirrors, 2 slit black plates, one with three narrow slits at one end and one narrow slit at the other end. Another black plate with four narrow slits at one end, one wide slit at the other end & set of seven mounted color.



Robust Construction and Material Variety

Engineered using mild steel, with some parts crafted from plastic, wood, or glass, the Light Box with Optics Kit is designed for optimal durability and adaptability. This material combination ensures longevity, making it suitable for both laboratory experiments and industrial demonstrations.


Versatile Applications in Science and Industry

This kit is tailored for academic laboratories as well as industrial research facilities. Its flexible design supports a wide range of optical experiments, allowing users to study fundamental principles of light. Multiple size options ensure compatibility with diverse scientific and educational requirements.

FAQs of Light Box with Optics Kit:


Q: How is the Light Box with Optics Kit used in laboratory and industrial settings?

A: The kit is employed to demonstrate and investigate optical phenomena such as reflection, refraction, and dispersion of light. In laboratories, it aids in foundational learning and experiments, while in industrial environments, it can help in the quality testing of optical materials.

Q: What materials are included in the Light Box with Optics Kit?

A: The kit is primarily built from mild steel for durability, complemented by precision components crafted from plastic, wood, and glass to facilitate a broad range of optical experiments.

Q: When should the Light Box with Optics Kit be used for optimal results?

A: For educational purposes, it is best utilized during lessons on optics in physics classes. In industrial applications, its suitable for use during quality assessments or when testing the optical properties of materials.

Q: Where can this kit be supplied and used?

A: As an export-quality product manufactured in India, this kit is available for delivery to laboratories, educational institutions, and industrial facilities across India and internationally.

Q: What is the process of conducting an experiment with the Light Box and Optics Kit?

A: Users set up the light box and align the optic componentssuch as lenses and prismson the provided track or surface. Light interaction with these elements is then observed, allowing for analysis of various optical effects and measurements.

Q: What are the benefits of choosing different sizes of the kit?

A: Multiple size options allow users to select the kit that best matches their experiment scale, storage space, or demonstration requirements, ensuring convenience and an exact fit for both classroom and industrial contexts.

Linear Expansion Apparatus

Price: 15.0 USD ($)

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Unit

Minimum Order Quantity : 10 Unit

Linear Expansion Apparatus

Application:Industrial

Color:Black & Gray

Material:Mild Steel

Product Type:Linear Expansion Apparatus

Size:Different Sizes Available

Usage:Laboratory

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Demonstrates the linear expansion of solids and allows comparison of expansion rods of different materials. Comprises cast metal end supports mounted at each end of a horizontal metal reservoir, open at the top, that can take any liquid fuel such as Alcohol. One of the end supports has a scale with pointer needle on the outside to indicate the expansion in the rod. Expansion rods supports in the holes near top of both the end supports and can be clamped at the end opposite to that of scale pointer. Burning of fuel in the reservoir causes rod at the top to expand, which in turn pushes the pointer needle showing deflection in the scale. Includes three expansion rods, 1 each of brass, Copper and aluminium.



Versatile Application in Industries and Laboratories

This apparatus is engineered for use in diverse settings, from academic laboratories to industrial research facilities. Its robust construction using plastic and mild steel allows it to handle frequent usage and different operational environments.


Precision and Quality Manufacturing

Sourced from a reputable exporter, manufacturer, and supplier in India, the Linear Expansion Apparatus stands out for its consistent accuracy. Available in different sizes, it accommodates a wide range of testing requirements and materials.

FAQs of Linear Expansion Apparatus:


Q: How is the Linear Expansion Apparatus typically used in laboratories?

A: The apparatus is primarily used to demonstrate and measure the linear expansion of materials when exposed to changes in temperature, making it essential in physics and materials science experiments.

Q: What materials are used to construct the Linear Expansion Apparatus?

A: This apparatus is manufactured from high-quality plastic and mild steel, ensuring both durability and precision during experiments.

Q: When should I consider using different sizes of the Linear Expansion Apparatus?

A: Different sizes are chosen based on the sample size and the precision needed for specific experiments, providing flexibility for laboratory and industrial applications.

Q: Where is the Linear Expansion Apparatus manufactured and supplied from?

A: The apparatus is manufactured, supplied, and exported by a reputable company based in India, known for quality laboratory instruments.

Q: What is the process for conducting an experiment with the Linear Expansion Apparatus?

A: Typically, a specimen is placed in the apparatus, heated or cooled, and the resulting length changes are recorded with precision to study material properties.

Q: What are the main benefits of using this apparatus in laboratories?

A: It offers accurate measurement of thermal expansion, durability through quality materials, adaptability for various experiments, and reliable performance, making it suitable for educational and industrial research.

Tangent Galvanometer

Price: 10.0 USD ($)

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Unit

Minimum Order Quantity : 10 Unit

Tangent Galvanometer

Application:Industrial

Color:Blue & Yellow

Equipment Materials:Metal

Material:Mild Steel

Product Type:Tangent Galvanometer

Size:Different Sizes Available

Usage:Laboratory

Know More

Comprises a circular coil wound on non-magnetic bobbin of Bakelite/Plastic about 160mm in diameter mounted vertically on a non-magnetic, cast metal base, with the coil width very small as compared to its diameter. A compass box (magnetometer) is located at the center of the coil to make its needle experience uniform magnetic field due to current in the coil. The coil consists of three windings of enameled Copper wire of different thicknesses one each of 2, 50 and 500 turns. A circular platform on base carries a set of four socket terminal for connection to the coils and are marked for each coil.


Precision Laboratory Equipment

Our Tangent Galvanometers are meticulously engineered using quality metals to provide accurate current measurements in laboratory settings. These instruments are built to withstand regular use, making them a solid choice for both educational and industrial environments.


Versatile Use and Application

Suitable for a range of laboratory and industrial applications, our Tangent Galvanometer caters to physics experiments and current measurement tasks. The availability of different sizes ensures compatibility with various experimental setups and requirements.


Expert Manufacturing and Supply from India

Manufactured using stainless steel and mild steel, each galvanometer is finished to meet rigorous quality standards. As trusted exporters, manufacturers, and suppliers, we serve institutions across India and supply globally as well.

FAQs of Tangent Galvanometer:


Q: How is the Tangent Galvanometer used in laboratories?

A: The Tangent Galvanometer is commonly used in laboratories to measure the strength of electric current by utilizing the earths magnetic field. The instrument is ideal for demonstrating and verifying electrical principles, especially in physics experiments.

Q: What are the benefits of using a stainless steel and mild steel galvanometer?

A: Using stainless steel and mild steel in the construction of the galvanometer enhances its durability and resistance to corrosion, ensuring that it provides reliable and long-term service even with frequent use in laboratory and industrial environments.

Q: When should I use a Tangent Galvanometer in an industrial setting?

A: You should use a Tangent Galvanometer in industrial settings whenever precise measurement of current is critical, particularly during calibration, testing, or demonstrations involving electromagnetic principles.

Q: Where are these Tangent Galvanometers manufactured and supplied from?

A: These Tangent Galvanometers are manufactured and supplied from India, and are available for export to various countries, ensuring access to quality laboratory instruments worldwide.

Q: What is the process for measuring current using this equipment?

A: To measure current with a Tangent Galvanometer, you position the device so that the coil lies in the magnetic meridian, pass the current through the coil, and observe the needle deflection. The current value is determined using calibration charts or mathematical formulas related to the observed angle.

Q: What laboratory applications are best suited for these galvanometers?

A: These galvanometers are best suited for educational demonstrations, research experiments, and testing equipment setup involving magnetic field and electric current interactions, making them valuable tools for teaching and industrial process validation.

Ray Optics Box

Price: 5.0 USD ($)

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Unit

Minimum Order Quantity : 10 Unit

Ray Optics Box

Application:Industrial

Color:Black

Equipment Materials:Metal

Material:Mild Steel

Product Type:Ray Optics Box

Size:Different Sizes Available

Usage:Laboratory

Know More

Ray Optics Box - High Precision Optical Experiment Equipment

The Ray Optics Box is a high quality laboratory instrument designed for demonstrating and analyzing fundamental principles of light such as reflection, refraction, and ray behavior. It is widely used in physics laboratories, educational institutions, and research environments.


Product Description

The unit features a black finished metal enclosure that minimizes internal light reflection, ensuring clear visibility of light rays during experiments. It is equipped with a 12V 24W straight filament lamp for consistent and bright illumination.

The lamp holder is mounted on a sliding metal bridge with 1 meter twin flex, allowing smooth adjustment to produce parallel, converging, or diverging light rays as required.

The enameled steel body is designed with multiple slots to support cylindrical lenses and a triple slit screen. Additional slots are provided for inserting filters and other optical accessories, making the unit highly adaptable for various experimental setups.

The box is supplied complete with lamp and triple slit, while lenses and filters are not included.


Key Specifications

Body Material: Mild Steel with Enamel Coating
Finish: Black
Light Source: 12V 24W Straight Filament Lamp
Adjustment: Sliding Lamp Holder
Cable Length: 1 Meter Twin Flex
Slots: For cylindrical lens, triple slit, and filters
Dimensions: Approx 182 x 61 x 115 mm
Included: Lamp and Triple Slit
Not Included: Lenses and Filters


Key Features

Durable metal construction
Adjustable light beam control
Clear visibility due to black finish
Multi slot design for flexible use
Suitable for laboratory and educational applications


Applications

Physics laboratory experiments
Light reflection and refraction demonstration
Optical ray studies
Educational and research use


Inclined Plane One Meter, Metal

Price: 12.0 USD ($)

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Unit

Minimum Order Quantity : 10 Unit

Inclined Plane One Meter, Metal

Application:Industrial

Color:Black

Equipment Materials:Metal

Material:Mild Steel

Product Type:Inclined Plane One meter, Metal

Size:Different Sizes Available

Usage:Laboratory

Know More

This high quality Inclined plane has a solid aluminum construction, comprises of a pulley which can be adjusted. The length of the plane is 480x70mm approx. and has a protractor for angle measurements. A very useful apparatus to Investigate acceleration, friction, gravity, Galileos free-fall experiments. Complete with roller, pan and other accessories.



Durable Construction and Versatility

Crafted from premium stainless steel and mild steel, the Inclined Plane One Meter combines longevity with functional design. Multiple sizes are available to cater to different experimental setups and applications, making it a versatile choice for laboratories and industrial environments.


Applications in Education and Industry

This inclined plane is perfectly suited for physics experiments in laboratories as well as industrial applications. Its robust build ensures accurate results, aiding in the study of mechanics topics like motion and force. The equipment stands out for its adaptability and ease of use.

FAQs of Inclined Plane One meter, Metal:


Q: How is the Inclined Plane One Meter utilized in laboratory settings?

A: The Inclined Plane One Meter is commonly used in physics laboratories to demonstrate concepts such as motion, friction, and mechanical advantage. It allows students and researchers to observe the effects of an inclined surface on moving objects and analyze related principles.

Q: What materials are used in manufacturing this inclined plane?

A: The equipment is constructed from stainless steel and mild steel, offering durability and resistance to corrosion. These materials ensure the apparatus can withstand use, providing long-term reliability for laboratory and industrial purposes.

Q: When should different sizes of the inclined plane be selected?

A: Selecting a specific size depends on the experiment or application intensity. Larger setups or detailed studies often require bigger inclined planes, while smaller models are suitable for basic demonstrations or limited workspace environments.

Q: Where can the Inclined Plane One Meter be applied outside laboratories?

A: Apart from laboratories, the inclined plane is useful in industrial settings for training or demonstration purposes, and for educational applications in schools and colleges where physics experiments are conducted.

Q: What is the process for setting up and using this equipment?

A: Assembly is straightforward: position the inclined plane on a stable surface, adjust its angle as needed, and secure any components. Once set up, objects can be placed or rolled down the incline to study various mechanical phenomena.

Q: How does the inclined plane benefit educational and industrial users?

A: For educational users, it provides a hands-on approach to learning core physics concepts. In industrial environments, it aids in staff training and process demonstrations, fostering a better understanding of mechanical principles.

Ticker Tape Timer AC

Price: 7.0 USD ($)

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Unit

Minimum Order Quantity : 10 Unit

Ticker Tape Timer AC

Application:Industrial

Color:Blue

Material:Mild Steel

Product Type:Ticker Tape Timer AC

Size:Different Sizes Available

Usage:Laboratory

Know More

For timing motion in one dimension on a piece of paper in the form of dots spaced at equal interval of time. An electromagnet enclosed in a box operates on 6-12V AC through a pair of 4mm sockets. The screw shaped hammer on the armature mounted at the top of enclosure moves up/down with the changing polarity of electromagnet and leaves well defined dot on paper strip moving beneath Carbon paper disc. Guides on top of enclosure assure smooth and straight movement of paper strip. Amplitude of vibration of hammer can be varied to get sharp dot and relative position of Carbon discs with respect to paper tape adjustable for their optimum use. Includes a stand for mounting paper tape roll. Complete assembly mounted on a stable, non-skid base. Supplied complete with paper tape and Carbon paper discs.

Versatility Across Industrial and Laboratory Applications

The Ticker Tape Timer AC is widely used in both laboratories and various industrial settings for its consistent performance in recording motion, sequence intervals, and time measurement. Its robust construction from materials such as mild steel, plastic, wood, and glass allows it to withstand frequent use across numerous experiments and processes, providing reliable results every time.


Precision Engineering and Range of Sizes

Our Ticker Tape Timer AC stands out due to its finely tuned mechanisms and availability in different sizes. This diversity ensures laboratories and industries can select models that align perfectly with their workspace and application needs. With a blue, visually distinctive design, it also enhances visibility in busy work environments and laboratories.

FAQs of Ticker Tape Timer AC:


Q: How does the Ticker Tape Timer AC work in laboratory and industrial settings?

A: The Ticker Tape Timer AC operates by marking a continuous tape at uniform time intervals as it moves through the device, allowing users in both laboratory and industrial settings to analyze motion, speed, and acceleration with accuracy.

Q: What materials are used in manufacturing the Ticker Tape Timer AC?

A: This timer is constructed from a combination of high-grade mild steel, along with other essential elements like plastic, wood, and glass, ensuring both durability and versatility for different operational environments.

Q: When is the Ticker Tape Timer AC typically used?

A: It is ideally used during experiments and processes that require precise measurement of timing and movement, such as educational demonstrations, scientific research, and industrial production line analysis.

Q: Where is the Ticker Tape Timer AC exported, manufactured, and supplied from?

A: The Ticker Tape Timer AC is manufactured, supplied, and exported from India, serving clients domestically and internationally in industrial and laboratory markets.

Q: What is the process of installing the Ticker Tape Timer AC?

A: Installation involves positioning the timer on a stable surface, connecting it to an AC power source, and threading the ticker tape through the mechanism. The user manual provides detailed instructions for proper setup and operation.

Q: What are the benefits of using the Ticker Tape Timer AC?

A: Using the Ticker Tape Timer AC offers precise time tracking and motion analysis, which is vital for accurate experimentation and efficient industrial processes. Its sturdy construction and availability in multiple sizes further enhance its adaptability and lifespan.

Q: How is the Ticker Tape Timer AC maintained for long-term use?

A: Regular maintenance involves cleaning the moving parts, checking the electrical connections, and replacing worn components when necessary to ensure consistent and reliable performance over time.

Van de Graaff Generator Motorized

Price: 45.0 USD ($)

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Piece

Minimum Order Quantity : 2 Piece

Van de Graaff Generator Motorized

Application:Industrial

Capacity:Suitable for classroom demonstration

Classification:Electrostatic Physics Apparatus

Color:Blue

Dimension (L*W*H):Approx. 32 x 18 x 62 cm

Material:Mild Steel

Operate Method:Motorized (electrical motor driven)

Power:AC powered

Product Type:Ticker Tape Timer AC

Usage:Laboratory

Voltage:Up to 200,000 Volts

Weight:Around 5 kg

Know More

Useful for electrostatics experiments, where continuous source of high voltage is needed. A motor driven assembly encased in a sturdy metal box. The motor driven lower roller rotates the upper roller assembly located on top of the insulated Perspex pipe through a removable flat rubber belt. The continuous rotation of rubber belt results in accumulation of charge on the one piece near spherical metallic dome, charge being transferred continuously from rubber belt through charge collecting combs. Specially designed dome, with smooth and polished surface free of any surface imperfections, and without any sharp corner or edge to minimize charge leakage. The motor operates on AC mains 220-240V, 50/60Hz, fused input through a 3-Core mains cable. Provided with indicator type ON/OFF switch. On bringing earthed discharge sphere, sufficiently close to the charged dome, transfer of charge from dome to the ground takes place in the form of electric spark jumping from dome to the discharge sphere. Under favourable conditions, it can develop electric potential upto 200kV, with a spark of upto 70mm length. 4mm socket terminal provided at the bottom for earthing and another 4mm insert on top of the dome for charge transfer or attaching accessories. Provides for necessary adjustment in all the critical components. Supplied complete with discharge sphere, mounted on a long insulated handle.

Engineered for Safe and Powerful Electrostatic Demonstrations

This Van de Graaff Generator combines a high-grade rubber belt and a sturdy motor, producing reliable electrostatic charges for educational and industrial uses. Its motorized operation ensures consistent voltage output, while a secure spark gap prevents direct contact with charged components. Complete with accessories and designed for AC power, this device supports clear, dynamic demonstrations of physics principles.


User-Friendly Design for Laboratory Applications

Engineered with a sturdy non-slip plastic base and mild steel components, the generator remains stable and durable during operation. Practical in size (approx. 32 x 18 x 62 cm) and weighing around 5 kg, it is easily portable within a classroom or laboratory. Its low noise level supports focused demonstrations in indoor, dry environments.

FAQ's of Van de Graaff Generator Motorized:


Q: How does the motorized Van de Graaff Generator produce high voltage?

A: The generator employs an electric motor to drive a high-grade insulating rubber belt, which continuously transports electrons to the aluminum dome, generating voltages up to 200,000 Volts. This process relies on electrostatic induction to create and store electrical charge.

Q: What safety features are included to protect users during operation?

A: To enhance safety, the generator incorporates a spark gap, which releases excess charge and prevents direct contact with the charged dome. Additionally, the output current is in the microampere range, and a discharge electrode is supplied for safe neutralization after use.

Q: When and where should this apparatus be used for optimal results?

A: The Van de Graaff Generator is intended for use indoors in dry laboratory settings, such as classrooms or research facilities. Operating it in dry conditions minimizes humidity interference, ensuring efficient charge accumulation and clear demonstrations.

Q: What accessories come with the generator, and how are they used?

A: The package includes a discharge electrode and power cord. The discharge electrode enables safe discharge of stored electricity from the dome after experiments, while the power cord connects to AC mains (220V/110V) to operate the electric motor.

Q: Who benefits from using this generator, and for what applications?

A: Physics educators, laboratory technicians, and industry professionals can utilize this device for demonstrating electrostatic phenomena, studying high-voltage effects, and conducting controlled experiments crucial for both educational and industrial applications.

Q: How should the Van de Graaff Generator be maintained?

A: Regularly clean the belt and dome with a dry, soft cloth to maintain optimal performance and prevent dust build-up. Ensure the apparatus is stored in a dry environment to protect its electrical and mechanical components from moisture-related damage.

Wimshurst Electrostatic Generator

Price: 60.0 USD ($)

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Piece

Minimum Order Quantity : 1 Piece

Wimshurst Electrostatic Generator

Application:Educational demonstrations, science experiments, physics teaching

Capacity:High voltage, low current electrostatic generator

Classification:Physics Laboratory Apparatus

Color:Silver and Transparent with Wooden Base

Dimension (L*W*H):Approx. 36 cm x 20 cm x 40 cm

Material:Acrylic discs, metal rods, wooden base, rubber belt

Operate Method:Hand-cranked manual operation

Power:Manual hand crank

Product Type:Electrostatic Generator

Usage:High-voltage demonstration, charge separation

Voltage:Up to 70,000 Volts (sparking potential)

Weight:About 2.5 kg

Know More

A traditional device capable of generating high electrostatic potentials that can produce spark of length up to 3 under favorable weather conditions. Equipped with two clear acrylic plates, each of diameter about 12 and having aluminium sectors permanently pasted radically along the rim. Both the plates mounted parallel to each other and rotate in opposite direction through a belt-pulley arrangement. Pulley on one wheel has handle for manual rotation. A set of charge collecting combs is mounted towards either end of a horizontal insulating beam, together with the adjustable spark gap arms, the latter equipped with small metallic sphere discharger at one end and long insulating handle adjustment at the other end. The charge can be stored in a pair of high capacity Leyden jar capacitors that can be connected or disconnected as desired. When connected to the Leyden jars through a pair of levers, the spherical dischargers starts accumulating the charge and transfer of charge from one discharger to other takes place in the form electric spark jumping from one sphere to other as a consequence of build-up of sufficiently high potential difference across the two spheres. The spark produced intermittently by the continuously rotating plates. Complete apparatus is mounted on a well insulated base that also carries a pair of earthing terminals for the Leyden jars.


High-Voltage Demonstrations Made Easy

With its manually operated design and robust construction, this Wimshurst Generator is tailored for routine educational use. Instructors can clearly demonstrate electrostatic principles, spark formation, and charge separation in classrooms or laboratory settings. Its intuitive operation and visible components make it ideal for engaging physics demonstrations.


Built to Last, Simple to Maintain

Constructed with durable acrylic discs, metal rods, and a polished wooden base, the generator is engineered for stability and longevity. Maintenance is minimal-simply clean the discs and brushes occasionally to ensure optimal performance. The included manual offers guidance, making care and operation straightforward even for beginners.

FAQ's of Wimshurst Electrostatic Generator:


Q: How does the Wimshurst Electrostatic Generator produce high-voltage sparks?

A: The generator creates high-voltage sparks through manual rotation of its dual acrylic discs, which transfer and separate charges using flexible metal wire brushes and adjustable electrode collectors. This induces a potential difference between two insulated metal terminals, resulting in visible electrical discharges.

Q: What are the main applications of this Wimshurst Generator?

A: This generator is primarily used in physics laboratories for educational demonstrations, science experiments, and teaching about static electricity, charge separation, and high-voltage phenomena at the secondary school and university level.

Q: When should I perform maintenance on the generator?

A: Maintenance is typically required only occasionally. The discs and brushes should be cleaned when performance seems diminished, or if visible dust and debris accumulate. This ensures efficient operation and reliable demonstrations.

Q: Where is this generator best suited for use?

A: The generator excels in physics labs, science classrooms, and university demonstration halls, offering both students and educators a hands-on tool for exploring electrostatic principles. It's designed for both educational and experimental settings.

Q: What process should I follow to operate the device safely?

A: To operate, secure the generator on a flat surface, rotate the hand crank to spin the discs, and observe spark formation at the insulated metal terminals, taking care to follow the instructions in the manual for safety. Avoid touching exposed terminals during operation.

Q: What are the benefits of using a manual Wimshurst Generator for teaching?

A: It offers a tangible and interactive way to visualize static electricity and high-voltage effects, enhancing engagement and understanding. Its manual operation and transparent design allow students to see every step of the process.

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