Vibrating Motors in Ahmedabad
Atlas Electricals is a trusted Vibrating Motor Manufacturer in Ahmedabad, offering reliable and high-performance industrial vibrating motors for a wide range of applications. Our vibrating motors, also known as vibratory motors, vibration motors, and vibrator motors, are designed to generate controlled vibration for material handling, screening, feeding, compaction, and material flow applications.
We manufacture single-phase and three-phase vibrating motors in different power ratings, speeds, voltage options, and mounting configurations to meet diverse industrial requirements. Our vibrating motors are widely used in vibrating screens, feeders, hoppers, conveyors, vibrating tables, compactors, and other industrial equipment.
With robust construction, efficient performance, low maintenance requirements, and customization options, Atlas Electricals provides dependable vibrating motor solutions in Ahmedabad for industries including cement, construction, mining, food processing, pharmaceuticals, chemicals, foundries, plastics, recycling, and power plants.
Types of Vibrating Motors We Offer
Atlas Electricals offers reliable vibrating motors for different industrial and material-handling applications.
Unbalanced Vibratory Motors
These motors use adjustable eccentric weights to create controlled vibration. They are commonly used in screens, feeders, hoppers, vibrating tables, and compactors.
- Adjustable vibration force
- Rugged construction
- Suitable for continuous operation
- Easy to use in different applications
Electromagnetic Vibrating Motors
These motors use electromagnetic force to produce controlled vibration and are suitable for applications requiring accurate material flow.
Single-Phase Vibration Motors
Single-phase vibration motors are designed for applications where only a single-phase power supply is available. They are compact, reliable, and easy to install.
- Suitable for small machines and light-duty applications
- Used in laboratory and material-handling equipment
- Available with different mounting options
Heavy-Duty & Flange Vibration Motors
These motors are built for demanding applications that require high vibration force and continuous operation. Flange models allow direct mounting on machines.
- Strong construction for heavy-duty use
- Designed for continuous operation
- Suitable for cement plants, mining, foundries, and power plants
| Category | Details |
|---|---|
| Company Name | AMIT ELECTRICALS |
| Brand | Atlas |
| Product Name | Vibrating Motor |
| Power Range | 0.12 kW to 15 kW (custom ranges available) |
| Voltage Options | 220V / 380V / 415V / Custom |
| Phase | Single Phase / Three Phase |
| Speed(RPM/Poles) | 750 / 1000 / 1500 / 3000 RPM |
| Mounting Type | Foot Mount / Flange Mount |
| Insulation Class | Class F (Class H on request) |
| Protection | IP44 / IP55 |
| Duty Type | Continuous (S1) |
Why Choose Atlas Electricals for Vibrating Motors?
Atlas Electricals is a reliable Vibrating Motor Manufacturer in Ahmedabad, offering high-quality and efficient industrial vibrating motors for a wide range of applications. Our vibratory motors are designed to provide consistent and controlled vibration for material handling, screening, feeding, compaction, and other industrial processes.
We manufacture vibrating motors suitable for vibrating screens, feeders, hoppers, vibrating tables, conveyors, compactors, and industrial machinery. With durable construction, reliable performance, and different vibration force options, Atlas Electricals provides customized vibrating motor solutions in Ahmedabad to meet the specific requirements of various industries.
- In-house manufacturing in Ahmedabad
- Strong and durable construction for industrial use
- Reliable performance with low maintenance
- Custom options for voltage, mounting, and vibration force
- Quick delivery across India and export support
- After-sales service and spare parts support
With our focus on quality and customer needs, we provide vibrating motors built for dependable, long-term performance.
Vibrating Motor Applications and Industries
Vibrating motors are used in many industrial machines for material movement, screening, feeding, and compaction. Common applications include:
- Vibrating screens and sieving machines
- Vibrating feeders and conveyors
- Hoppers and silo discharge systems
- Vibrating tables and moulding equipment
- Shutter and screed vibrator systems
- Compaction and de-clogging applications
They are widely used in industries such as cement, construction, mining, foundries, food processing, and material handling.
How Vibrating Motors Work
A vibrating motor uses eccentric weights fitted to its shaft. As the motor rotates, these weights create centrifugal force, which produces the required vibration.
The vibration force can be adjusted by changing the position or weight of the eccentric weights. This makes it easier to match the motor to different machines and materials.
In vibrating screens and feeders, two motors can also work together to create linear vibration, helping materials move evenly and smoothly through the equipment.
Frequently Asked Questions
What is a vibrating motor?
A vibrating motor is an electric motor fitted with one or more unbalanced weights on its shaft that generate controlled vibration when the shaft rotates. This vibration is used for material handling, compaction, screening, de-clogging, and flow assistance in industrial equipment such as screens, feeders, hoppers, and tables.
What is the difference between a vibrating motor and a vibratory motor?
There is no practical functional difference between a vibrating motor, vibratory motor, vibration motor or vibro motor in industrial use. These terms are commonly used to describe the same type of industrial vibrator motor that creates mechanical vibration for bulk material handling and processing.
Where are vibrating motors used in industry?
Vibrating motors are used on vibrating screens, feeders, conveyors, silo and hopper discharge systems, compacting tables, shutter and screed vibrators, and other material handling machines. They are widely applied in cement, mining, aggregates, food processing, pharmaceuticals, chemicals, foundry, agriculture, plastics, recycling, and power plants to improve flow, separation, compaction, and productivity.