Electromagnetic Chucks

Name: Electromagnetic Chucks
Brand: SARATHA ELECTRICAL WORKS
Price: 75000 INR
Availability: InStock

Price 75000 INR/ Unit

Get a Price/Quote

MOQ : 1 Unit

Electromagnetic Chucks Specification

Composite
Steel and Copper

Surface Finish
Precision ground / fine finished

Power Supply
Electronic Rectifier or DC source

Magnet Grade
Industrial Grade

Power
150 W

Frequency
50/60 Hz

Application
For high precision grinding and milling operations

Voltage
110V DC

Product Type
Electromagnetic Chuck

Magnet Type
Electromagnet

Shape
Rectangular or Square

Size Range
150 mm x 300 mm to 300 mm x 1000 mm

Weight
Varies with size (range: 10 kg to 150 kg)

Color
Grey / Metallic

Usage & Applications
Grinding, Milling, Surface finishing, CNC machining

Capacity
Up to 200 kg workpiece holding

Electromagnetic Chucks Trade Information

Minimum Order Quantity
1 Unit

Supply Ability
1 Unit Per Month

Delivery Time
5-7 Days

About Electromagnetic Chucks

Electromagnetic Chucks

We offer our customers with a range of Electromagnetic Chucks which are among the best in the market. These are manufactured using high quality materials which are obtained from reputed vendors. The Electromagnetic Chucks are fully submersible and brass sealed. They have hard soldered top plates and solid bottom plates to gain maximum rigidity and accuracy. It exhibits strong magnetic force which is controlled by a controller. We offer these chucks at market leading prices.

Precision and Versatility

Engineered for accuracy, our electromagnetic chucks are ideal for grinding and milling where stable workpiece retention is vital. Their composite steel and copper construction ensures electromagnetic efficiency, while the broad size range accommodates diverse industrial needs. They are suitable for both manual and automated (CNC) operations, offering exceptional versatility across applications.

Power & Efficiency

Operating at 110V DC with a power consumption of 150 W, these chucks are designed to provide consistent performance with minimal energy expenditure. The included electronic rectifier or alternative DC source ensures smooth power delivery, maximizing magnet efficiency and workpiece security, even during continuous or intensive processes.

FAQs of Electromagnetic Chucks:

Q: How does the steel and copper composite design enhance electromagnetic chuck performance?

A: The combination of steel and copper optimizes magnetic flux distribution and heat dissipation, resulting in stronger, more uniform holding power. This design helps maintain stable workpiece retention, even during demanding high-precision operations.

Q: What applications are best suited for these electromagnetic chucks?

A: These chucks are tailored for high-precision grinding, milling, surface finishing, and CNC machining. They are commonly used in toolrooms, production lines, and workshops handling heavy or large workpieces requiring stable magnetic clamping.

Q: Where can these chucks be installed and used?

A: They can be integrated with surface grinders, milling machines, CNC machining centers, and finishing equipment in industrial manufacturing settings, fabrication units, or tool roomsanywhere reliable workpiece holding is essential.

Q: When is it necessary to use a high-capacity electromagnetic chuck?

A: A high-capacity chuck should be employed when dealing with heavy or oversized workpieces (up to 200 kg), especially during precision machining or finishing processes that demand stable, vibration-free clamping.

Q: What is the process for powering and operating this electromagnetic chuck?

A: The chuck requires a 110V DC power supply, provided via the included electronic rectifier or any compatible DC source. Once connected, simply switch on the power to activate the magnetism before placing the workpiece for secure holding.

Q: What are the benefits of precision ground surface finishing on these chucks?

A: Precision ground surfaces ensure flatness and minimize workpiece movement, which is critical for maintaining high machining tolerances and achieving superior finished product quality.