|Place of Origin:||Beijing,China|
|Brand Name:||Soft Robot Gripper|
|Certification:||FDA CE ISO|
|Model Number:||VFC Series Van der Waals Pads|
|Minimum Order Quantity:||Negotiation|
|Packaging Details:||Carton Package|
|Delivery Time:||2-3 work days|
|Payment Terms:||L/C, D/A, D/P, T/T|
|Supply Ability:||Depending on the order quantity|
|Name:||ISC Inner Support Clamp||Load:||1000g|
|Material:||Food-grade Silica Gel||Certification:||FDA CE ISO|
|Application:||Automobile Industry, Foodindustry, 3C, Medical Equipment, Etc||Weight:||290g|
Van Der Waals Suction Pads,
Power Failure Self Locking Suction Pads,
Silica Gel Suction Cups
VFC Series Van der Waals Pads,Power failure self-locking to ensure the safety of operation
VFC Series Van der Waals Pads
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.
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.
|Diameter of adsorption surface||42.5||mm|
|Retentivity in power failure||Yes|
|Material of suction cup||Silica gel|
|Abrasion resistance||Depends on the surface roughness of workpiece|
|Replacement interval||>50000bout Depends on the working environment|
|Cleaning method||1. Silicone roller
2. Isopropyl ketone + dust free cloth
|Description of applicable surfaces||The smoother the surface of the object and the more effective contact area at the micro level, the greater the load. And a payload force can be obtained with only a small preload force.
The rougher the surface of the object and the less effective contact area at the micro level, the smaller the load. And a larger preload force is required to obtain a payload force. Besides, rough surfaces increase the wear of the suction cup and lead to a shorter product life.