SRT has launched the new VFC series of van der Waals Pads to provide more i-EOAT solutions for plenty of industries including 3C electronics, food, beverage, dairy, daily chemical and medical industries.
Product Description
SRT continues to develop and innovate in special polymer materials and in surface technics that can reach the accuracy of micron order, aiming to create a strong intermolecular forces between suction cups and smooth surfaces that can reach 0.5 kg/cm². As a combination of advantages, VFC series of Van der Waals Pads was launched. This product can hold the surface of the workpiece without leaving a mark. It is ideal for gripping cardboard, glass, circuit boards, metal, plastic, smooth packaging, etc.
Product Advantage
1、Simple assembly structure for plug and play
VFC series Van der Waals pads consist of a flange connection, a buffer column and a suction cup module:
l When the pads reach the end of their life, only the pads module need to be replaced, saving costs in production.
2. Structural innovation
VFC series Van der Waals Pads has a unique surface structure with a contact surface made of millions of fibrous bundles, which increases the self-adaptability and suction force of the cups. Van der Waals Pads are designed to hold smooth or porous workpieces and provide a strong suction force.
3. Unique technology, no residue on the surface of workpiece
In comparison to conventional suction cups, VFC series Van der Waals pads do not leave adsorption dents or marks on the surface of the workpiece and therefore do not require secondary cleaning.
4. Power failure self-locking to ensure the safety of operation
In the event of a sudden power failure during production, traditional suction cups do not have a power failure self-locking function and will immediately stop working and cause damage to the workpiece. However, VFC series Van der Waals pads use molecular force to attach. Therefore VFC is unaffected by electricity or air and can still attach workpiece even in the event of an unexpected power failure.
Contact Person: Miss. fu
Tel: +86-15757363957