Product Description:
An Electromagnetic Chuck is an essential tool in the machining
industry, serving as a versatile Electromagnetic Attaching Tool for
securely holding workpieces during various machining operations.
This Electromagnetic Holding Device is designed to provide a
reliable and efficient solution for holding ferrous materials
firmly in place, ensuring precision and accuracy in machining
processes.
The Electromagnetic Chuck boasts a powerful Holding Force of
200N/cm2, allowing it to securely grip workpieces of various shapes
and sizes with ease. This Magnetic Attaching Instrument utilizes
electromagnetic technology to create a strong magnetic field that
effectively holds the workpiece in place during machining,
preventing any slippage or movement that could result in
inaccuracies.
With a Voltage requirement of either 220V or 380V, this
Electromagnetic Chuck can be easily integrated into different
machining setups, providing flexibility and compatibility with a
range of industrial power systems. The Chuck's Power rating of
2.2KW ensures efficient operation and reliable performance, making
it suitable for a wide range of machining applications.
The Magnetic Pole Pitch of 2mm enhances the Chuck's gripping
capabilities, allowing for precise positioning and secure
attachment of workpieces. Constructed from durable steel material,
this Electromagnetic Chuck is built to withstand the rigors of
industrial use, ensuring long-lasting durability and reliability.
Technical Parameters:
| Size | Customized |
| Product Name | Electromagnetic Chuck |
| Package | Wooden Case |
| Power | 2.2KW |
| Application | Scrap Metal Handling |
| Shape | Rectangular Or Circle |
| Holding Force | 200N/cm2 |
| Voltage | 220V Or 380V |
| Frequency | 50HZ |
| Current | 10A |
Applications:
The Eternalwin EW Electromagnetic Chuck is a versatile and reliable
product suitable for a wide range of applications in various
industries. With its advanced magnetic clamping mechanism, this
Electromagnetic Chuck is a highly efficient and effective magnetic
attaching instrument that provides secure and stable clamping for
different workpieces.
One of the key product attributes of the Eternalwin Electromagnetic
Chuck is its sturdy construction using high-quality steel material,
ensuring durability and longevity. The Electromagnetic Chuck,
originating from China, is CE certified, meeting international
quality standards.
Designed to operate at either 220V or 380V voltage with a frequency
of 50HZ, the Electromagnetic Chuck has a power rating of 2.2KW,
making it suitable for a wide range of industrial applications. The
product has a negotiable price, with a minimum order quantity of 1
and packaging details in a wooden package for secure
transportation.
Customers can rely on the fast delivery time of 15 days for the
Eternalwin Electromagnetic Chuck, with flexible payment terms such
as T/T and L/C available. With a supply ability of 1000 sets per
year, customers can easily meet their production demands with this
high-quality Electromagnetic Chuck.
The Electromagnetic Chuck is ideal for scenarios where quick and
accurate magnetic attaching tools are required, such as
metalworking, machining, and fabrication processes. Its magnetic
clamping mechanism ensures easy and efficient operation, making it
a valuable asset in various manufacturing environments.
Support and Services:
The Product Technical Support and Services for the Electromagnetic
Chuck product include:
- Installation assistance
- Troubleshooting guidance
- Maintenance tips
- Product training
FAQ:
Q: What is the brand name of this Electromagnetic Chuck product?
A: The brand name is Eternalwin.
Q: What is the model number of this Electromagnetic Chuck product?
A: The model number is EW.
Q: Where is this Electromagnetic Chuck product manufactured?
A: This product is made in China.
Q: What certification does this Electromagnetic Chuck product have?
A: It is certified with CE.
Q: What are the accepted payment terms for purchasing this
Electromagnetic Chuck product?
A: The payment terms accepted are T/T and L/C.
