Wimshurst Machine
Product Specification Sheet
Wimshurst Machine
Model Number: MT-1067
The Wimshurst Machine from Micro Technologies is a classic electrostatic influence machine designed for demonstrations involving static electricity, charge separation, electrostatic induction and high-potential discharge. The MT-1067 incorporates counter-rotating insulating discs, charge-collecting components and discharge electrodes in a bench-top laboratory configuration.
Product Specification
The Wimshurst Machine from Micro Technologies is designed for practical electrostatics experiments involving the generation, separation and accumulation of electric charge. Its exposed mechanical arrangement makes the apparatus particularly useful for observing the physical components involved in electrostatic generation.
The MT-1067 incorporates two large insulating discs arranged to rotate in opposite directions. Conducting sectors positioned around the discs participate in the electrostatic influence process as the discs rotate.
During operation, very small initial charge imbalances are amplified through electrostatic induction. The counter-rotating arrangement continuously separates opposite charges and allows them to be collected by suitable conducting components.
The accumulated charges are transferred toward the output terminals, creating a progressively increasing potential difference between the two sides of the machine.
The apparatus therefore provides a practical demonstration of how mechanical motion can be used to generate high electrostatic potential without relying on a conventional electromagnetic generator.
Adjustable discharge electrodes allow the electrostatic potential difference to be demonstrated visually. Under suitable conditions, when the electric field across the air gap becomes sufficiently strong, the air can undergo electrical breakdown and a visible spark may occur.
This makes the Wimshurst Machine particularly effective for demonstrating electrostatic discharge and electrical breakdown of air. The observable spark depends on operating speed, electrode spacing, atmospheric humidity, cleanliness and other experimental conditions.
The machine can also be used to investigate charge polarity, electrostatic attraction, repulsion and induction when combined with suitable laboratory accessories.
Depending on the supplied configuration, charge-storage components associated with the machine can assist in accumulating electrostatic charge before discharge. The exact component arrangement should be confirmed according to the selected laboratory model.
The exposed disc arrangement allows the counter-rotation and charge-collection system to remain visible during operation. This makes the apparatus useful for connecting mechanical movement with electrostatic generation.
The MT-1067 can complement electroscopes, proof planes, conductor sets and other electrostatics apparatus for broader investigations involving charge detection, transfer and distribution.
Unlike a Van de Graaff generator, which typically transports charge using a moving belt, the Wimshurst Machine operates as an electrostatic influence machine using rotating discs. This makes the two apparatus useful for comparing different methods of generating high electrostatic potential.
Environmental conditions strongly influence electrostatic performance. The discs and insulating components should be kept clean and dry because moisture and surface contamination can increase charge leakage.
Manufactured and supplied by Micro Technologies, the Wimshurst Machine is suitable for physics laboratories, electrostatics laboratories and scientific demonstration facilities requiring a classic mechanical electrostatic generator.
Features
- Classic Wimshurst electrostatic machine
- Dual insulating disc arrangement
- Counter-rotating discs
- Conducting sectors
- Electrostatic influence operation
- Charge-collecting arrangement
- Adjustable discharge electrodes
- Generates high electrostatic potential
- Suitable for visible spark demonstrations
- Useful for charge-separation experiments
- Supports electrostatic induction studies
- Exposed mechanical configuration
- Stable bench-top base
- Suitable for repeated laboratory demonstrations
- No external high-voltage power source required
Benefits
- Demonstrates electrostatic generation visually
- Helps explain electrostatic induction
- Shows separation and accumulation of opposite charges
- Provides visible high-potential discharge demonstrations
- Connects mechanical rotation with electrostatic phenomena
- Supports investigations of electrical breakdown in air
- Useful for attraction and repulsion experiments
- Complements other electrostatics laboratory apparatus
- Exposed construction improves component observation
- Suitable for repeated physics demonstrations
Product Specifications
| Specification | Details |
|---|---|
| Product Name | Wimshurst Machine |
| Model No. | MT-1067 |
| Product Type | Electrostatic Influence Machine |
| Generator Type | Mechanical Electrostatic |
| Main Elements | Dual Rotating Discs |
| Disc Material | Insulating |
| Disc Rotation | Counter-Rotating |
| Conducting Elements | Sector Type |
| Charge Generation | Electrostatic Influence |
| Charge Collection | Collector Arrangement |
| Output | High Electrostatic Potential |
| Discharge Arrangement | Adjustable Electrodes |
| Primary Study | Static Electricity |
| Related Study | Induction / Charge Separation / Discharge |
| Configuration | Bench-Top Laboratory Type |
Available Model
| Model No. | Product |
|---|---|
| MT-1067 | Wimshurst Machine |
Applications
- Static electricity experiments
- Electrostatic induction demonstrations
- Charge separation investigations
- High electrostatic potential demonstrations
- Electrostatic spark experiments
- Electrical breakdown of air demonstrations
- Charge accumulation studies
- Electrostatic attraction experiments
- Electrostatic repulsion demonstrations
- Charge transfer investigations
- Electroscope experiments
- Proof plane experiments
- Physics laboratory practicals
- Electrostatics laboratory demonstrations
Available Variants
Wimshurst Machine, Wimshurst Electrostatic Machine, Wimshurst Generator, Electrostatic Influence Machine, Static Electricity Generator, Laboratory Wimshurst Machine, High Voltage Electrostatic Machine, Physics Laboratory Wimshurst Generator
SKU System
MT-WM-1067
FAQs
What is a Wimshurst Machine used for?
A Wimshurst Machine is used to generate high electrostatic potential and demonstrate static electricity, charge separation, electrostatic induction and spark discharge.
What is the Micro Technologies model number?
The Micro Technologies model number is MT-1067.
Why does the Wimshurst Machine have two discs?
The two insulating discs rotate in opposite directions and work with conducting sectors and associated components to promote electrostatic influence and charge separation.
Can the Wimshurst Machine produce a visible spark?
Yes. Under suitable dry operating conditions, sufficient potential difference can cause electrical breakdown of the air gap and produce a visible electrostatic spark.
Does the Wimshurst Machine use electromagnetic induction?
No. Its primary operation is based on electrostatic induction or influence, rather than the electromagnetic induction used in conventional dynamos and alternators.
What is the difference between a Wimshurst Machine and a Van de Graaff Generator?
A Wimshurst Machine uses counter-rotating insulating discs and electrostatic influence, while a Van de Graaff generator typically uses a moving insulating belt to transport charge to a conducting dome.
Can it be used with an electroscope?
Yes. A compatible electroscope can be incorporated into suitable experiments for detecting and investigating electrostatic charge.
Why are the discharge electrodes adjustable?
Adjustable electrodes allow the air gap between the terminals to be varied, enabling different electrostatic discharge conditions to be investigated.
Does humidity affect Wimshurst Machine performance?
Yes. High humidity can increase surface charge leakage and reduce charge accumulation. Clean and dry conditions generally provide stronger electrostatic effects.
Does the Wimshurst Machine require an external high-voltage supply?
No. The machine generates electrostatic potential through its mechanical rotating-disc arrangement and does not require an external high-voltage source for normal demonstrations.
Why Choose Our Products
- Manufactured and supplied by Micro Technologies
- Classic electrostatic influence-machine configuration
- Dual counter-rotating discs
- Suitable for high-potential demonstrations
- Useful for induction and charge-separation studies
- Supports visible electrostatic discharge experiments
- Stable and reusable laboratory construction
- Institutional and bulk procurement available
- OEM supply requirements supported
Call to Action
Choose the Wimshurst Machine – MT-1067 from Micro Technologies for practical demonstrations of static electricity, electrostatic induction, charge separation and high-potential discharge. Contact us for competitive pricing, institutional procurement, physics laboratory equipment supply, bulk requirements, OEM orders and customized quotations.
