Cloth Fabric, Non-woven Fabric, Carbon Fiber

HOMECloth Fabric, Non-woven Fabric, Carbon Fiber

Suitable for: Cloth Fabric, Non-woven Fabric, Carbon Fiber, and more

In recent years, there has been a growing interest in our electrostatic robot hands for automating production, pick-and-place, and sorting processes. When handling fabrics, factors such as weave patterns, fiber thickness, fiber pile length, and shape significantly affect performance. Vacuum chucks often struggle with highly breathable fabrics, leading to pick-up failures or errors such as grabbing multiple layers. For carbon fiber materials, vacuum chucking may disrupt fiber alignment, compromising the designed modulus of elasticity.

With years of expertise and experience, we offer innovative solutions using electrostatic chucks tailored to your specific needs. Feel free to reach out for more information or consultation.

Recommended Use

Avoid multiple pick-up errors common with vacuum chucks.
Handle delicate nonwoven fabrics and felt materials that are unstable with vacuum suction.
Reduce energy consumption by eliminating dependence on high-pressure air compressors.
Mitigate noise pollution and minimize dust or particle scattering caused by vacuum suction systems and air compressors.

Applications Used

Material Transport Equipment
Material Stacking Equipment

Suitable Electrostatic Chucks

Multi-material Electrostatic Chuck
Ceramic Electrostatic Chuck

FAQs

Q1The vacuum chuck I am using picks up more than one piece of stacked fabric. Is there a solution?

Electrostatic chucks can effectively prevent multiple pick-ups caused by fabric breathability. However, if the problem stems from fiber entanglement or static electricity generated by friction between the fabrics, it may be necessary to explore combining the chuck with additional mechanical assist mechanisms.
Q2Can I use an ESC with automated robots?

Absolutely. We offer custom-designed ESCs tailored to integrate seamlessly with your robotic systems. Additionally, our dedicated power supplies allow for external signal input to control power ON/OFF and adjust applied voltage, ensuring smooth operation in automated environments. For any other general questions about electrostatic chucks, please click here.

If you have any other general questions about electrostatic chucks, please click here.