Vibration Generator
Product Specification Sheet
Vibration Generator
Model Number: MTW-16
The Vibration Generator is a robust electromagnetic apparatus designed to convert an electrical signal from a compatible signal generator into controlled mechanical vibrations. Micro Technologies supplies the unit with a coil positioned within the magnetic field of a cylindrical permanent magnet, a strong enclosed base, threaded output extension, and 4 mm electrical input sockets. The oscillating mechanical output is available through a shaft at the top of the unit, allowing various experimental components to be attached. It is suitable for investigations involving forced vibration, resonance, oscillation, standing-wave behaviour, and Chladni figure experiments. A specially designed coil system supports operation at its maximum rated level for prolonged periods without damage from overheating when used correctly.
Product Specification
The Vibration Generator is an electromagnetic laboratory apparatus developed for producing mechanical oscillations from an externally supplied electrical signal. When connected to a compatible signal generator, it provides a controllable vibrating output that can be used in a wide range of wave, resonance, and mechanical vibration investigations.
The operating assembly incorporates a coil positioned within the magnetic field of a cylindrical permanent magnet. When an alternating electrical signal is applied to the coil, electromagnetic interaction produces corresponding mechanical movement. This oscillatory motion is transferred to the output shaft located at the top of the apparatus.
Micro Technologies supplies the Vibration Generator with a threaded extension on the armature, allowing different experimental items to be attached securely. This makes the apparatus suitable for driving rods, strings, springs, plates, and other compatible components depending on the required experimental arrangement.
One important application is the production of Chladni figures. Suitable plates can be mounted on the vibration generator and excited at selected frequencies. Under resonance conditions, characteristic nodal patterns can be produced, allowing vibration modes and standing-wave behaviour to be investigated.
The unit is constructed on a strong base and enclosed within a protective plastic case. The coil and magnet assembly are protected from the accidental entry of foreign particles, helping maintain reliable mechanical and electromagnetic performance during regular laboratory use.
Electrical input is provided through a pair of 4 mm shielded sockets, allowing convenient connection to a compatible signal generator or suitable excitation source. The frequency and characteristics of the applied signal can then be varied according to the experiment.
A specially designed coil system allows the generator to operate at its maximum rated level for prolonged periods without overheating damage when operated within specified conditions. This makes the apparatus suitable for repeated and extended experimental sessions.
For transportation and storage, a locking arrangement is provided to secure the mechanical motion of the output shaft. The locking mechanism should be released before operation and engaged when the apparatus is being moved or stored.
With its electromagnetic drive system, threaded mechanical output, robust enclosure, and versatile mounting arrangement, the Vibration Generator provides a practical solution for controlled vibration, resonance, wave-motion, and oscillation experiments.
Features
- Electromagnetic mechanical vibration generator
- Designed for use with a compatible signal generator
- Coil operating within a permanent magnetic field
- Cylindrical permanent magnet
- Oscillating output shaft at the top
- Threaded armature extension
- Allows attachment of different experimental components
- Pair of 4 mm shielded input sockets
- Strong and stable base
- Protective plastic enclosure
- Protected coil and magnet assembly
- Designed for prolonged operation at rated conditions
- Output-shaft locking mechanism
- Suitable for Chladni figure experiments
Benefits
- Converts electrical signals into controlled mechanical vibrations
- Frequency can be varied through the connected signal source
- Supports a wide range of vibration and resonance experiments
- Threaded output simplifies attachment of experimental accessories
- Suitable for exciting plates, strings, rods, and other components
- Supports standing-wave and Chladni-pattern investigations
- Protective enclosure reduces exposure of internal components
- Locking mechanism helps protect the moving assembly during transport
- Robust construction supports repeated laboratory operation
Product Specifications
| Specification | Details |
|---|---|
| Product Name | Vibration Generator |
| Internal Model No. | MT-36214 |
| Product Type | Electromagnetic Mechanical Vibration Generator |
| Excitation Source | Compatible external signal generator |
| Drive Principle | Electromagnetic |
| Coil | Internal electromagnetic coil |
| Magnet | Cylindrical permanent magnet |
| Mechanical Output | Oscillating top shaft |
| Accessory Mounting | Threaded armature extension |
| Electrical Input | Pair of 4 mm shielded sockets |
| Base | Strong, stable construction |
| Enclosure | Protective plastic case |
| Transport Protection | Output shaft locking arrangement |
| Continuous Operation | Designed for prolonged operation within rated conditions |
| Primary Applications | Vibration, resonance, oscillation and wave experiments |
| Special Application | Chladni figure experiments |
| Usage / Application | Mechanical vibration and resonance investigations |
| Compliance Standard | Laboratory-grade electrical and mechanical construction |
Available Variants
- MT-36214 – Standard Vibration Generator
- Electromagnetic Vibration Generator
- Vibration Generator for Chladni Plates
- Mechanical Oscillation Generator
- Customized vibration configurations for bulk requirements
SKU System
- MT-VG-STD – Standard Vibration Generator
- MT-VG-EM – Electromagnetic Configuration
- MT-VG-CHL – Chladni Experiment Configuration
- MT-VG-RES – Resonance Experiment Configuration
- MT-VG-CUS – Customized Configuration
FAQs
What is a Vibration Generator used for?
A Vibration Generator is used to produce controlled mechanical oscillations for experiments involving resonance, forced vibration, standing waves, vibration modes, and related wave phenomena.
How does the Vibration Generator operate?
An electrical signal is applied to a coil positioned in a permanent magnetic field. Electromagnetic interaction causes the armature and output shaft to oscillate mechanically.
Does it require a signal generator?
Yes. A compatible external signal generator or suitable excitation source is required to provide the electrical input signal.
How is the input signal connected?
The apparatus is provided with a pair of 4 mm shielded sockets for connecting the external signal source.
Can the vibration frequency be adjusted?
The mechanical vibration follows the frequency of the applied electrical signal within the operating capabilities of the apparatus. Therefore, frequency can be controlled through the connected signal generator.
Can it be used for Chladni figure experiments?
Yes. Suitable plates can be attached to the output and excited at different frequencies to investigate Chladni patterns, nodal lines, and vibration modes.
Can different experimental accessories be attached?
Yes. A threaded extension on the armature allows suitable experimental components to be securely attached.
Can the apparatus operate for long periods?
The coil system is designed to permit prolonged operation at its rated conditions without overheating damage. The specified electrical limits should always be observed.
What is the purpose of the locking mechanism?
The locking arrangement secures the moving output shaft during storage or transportation, helping protect the mechanical assembly from accidental movement.
Should the shaft remain locked during operation?
No. The mechanical lock should be released before energizing and operating the Vibration Generator.
How should the apparatus be maintained?
Keep the unit clean and dry, prevent moisture from entering the mechanism, avoid sustained excessive vibration, and inspect electrical connections and the mechanical mounting arrangement before use.
Can Vibration Generators be supplied in bulk?
Yes. Micro Technologies can supply Vibration Generators in bulk for physics laboratories, vibration laboratories, universities, colleges, research facilities, distributors, and institutional projects.
Why Choose Our Products
- Robust electromagnetic vibration system
- Threaded output for versatile experimental attachments
- Suitable for Chladni, resonance, and wave experiments
- 4 mm shielded electrical connections
- Protective enclosure and transport locking mechanism
- Designed for dependable prolonged operation
- Bulk supply capability for laboratory projects
Call to Action
Looking for a reliable Vibration Generator for resonance, Chladni patterns, standing waves, or mechanical vibration experiments? Contact Micro Technologies for competitive quotations, bulk procurement, institutional orders, distributor supply, and customized laboratory equipment requirements.
