Electromagnetic Bowl Vibrating Feeder

Name: Electromagnetic Bowl Vibrating Feeder
Brand: Yogi Enterprises
Price: 45000 INR
Availability: InStock

Price 45000 INR/ Unit

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MOQ : 1 Unit

Electromagnetic Bowl Vibrating Feeder Specification

Type
bowl vibrator

Material
ss

Capacity
Adjustable

Automatic Grade
Semi-Automatic

Voltage
220V AC

Frequency (MHz)
50 Hz

Support Legs
4 rubber feet

Application
Small parts feeding

Feed Direction
Clockwise

Noise Level
Low

Shape
Round bowl

Current
4A

Phase
Single phase

Usage
Assembly line

Finish
Stainless steel polish

Mounting Type
Screw mount

Transport
Vibration-driven

Control
Manual or auto

Electromagnetic Bowl Vibrating Feeder Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Cash in Advance (CID)

Supply Ability
100 Units Per Month

Delivery Time
7 Days

Main Domestic Market
All India

About Electromagnetic Bowl Vibrating Feeder

Discover the ineffable advantages of our Electromagnetic Bowl Vibrating Feeder, now offered at a ravishing markdown for a limited period. This terrific feeder, featuring a round stainless-steel polished bowl and four robust rubber support legs, ensures low-noise and efficient performance. Designed for single-phase, 220V AC operation with an adjustable capacity, it is a fresh solution for assembly line and small parts feeding. Enjoy the flexibility of manual or automatic controls, a vibration-driven transport mechanism, and sturdy screw mounting. Manufactured, serviced, and supplied in India, it embodies reliability and innovation at a reduced price.

Ideal Applications and Key Advantages

This Electromagnetic Bowl Vibrating Feeder is suitable for assembly lines, particularly in small-parts feeding where precision and speed are crucial. Its semi-automatic operation and adjustable capacity make it a perfect fit for varying production needs. Additional applications include electronics, packaging, and automotive component feeding. The main advantage lies in its vibration-driven, low-noise design, ensuring smooth material transport while minimizing operational disturbances across diverse industrial environments.

Domestic Market, Certifications, and Packaging Outlay

The main domestic market for this feeder is India, with logistics streamlined for rapid delivery after purchase order confirmation. Our product comes with essential certifications, aligning with industry standards to guarantee dependable performance. Packaging outlay includes secure wrapping and custom-fit protective material, ensuring damage-free transit. Trust our experienced service team for efficient logistics management and professional after-sales support, making each procurement a seamless experience.

FAQ's of Electromagnetic Bowl Vibrating Feeder:

Q: How does the Electromagnetic Bowl Vibrating Feeder operate?

A: The feeder operates using electromagnetic vibration to transport small parts efficiently around its round bowl, ensuring precise feeding onto assembly lines.

Q: What is the main benefit of low-noise operation in this feeder?

A: Low-noise operation helps maintain a quieter workplace environment, reducing operator fatigue and improving overall productivity in industrial settings.

Q: When should I use manual versus auto control mode?

A: Manual control is ideal for variable tasks or frequent adjustments, while the auto control mode suits continuous, repeatable feeding applications for streamlined operations.

Q: Where is the Electromagnetic Bowl Vibrating Feeder primarily used?

A: It is widely used in assembly lines across industries such as electronics, automotive, and packaging within India, especially for small component handling.

Q: What certifications and packaging details are provided?

A: The feeder complies with leading industry certifications, and each unit is safely packaged with protective materials to ensure secure delivery upon purchase order placement.

Q: How is the feeder mounted, and what support does it offer?

A: The feeder uses a screw mount system and rests on four durable rubber feet, providing robust stability and minimizing vibration transfer to surrounding surfaces.

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