Friends who are familiar with industrial robot components have heard of grippers. We usually see and use two finger grippers, but there are actually three finger grippers to choose from. However, if you have less exposure to industry, you may be very unfamiliar with grippers.

Modern industry requires higher precision for products, and the labor cost of a well-trained worker is often very high. If such professional training is to be provided to all workers, the company will need to invest huge amounts of money, and there is no guarantee that these workers will stay in the company after the training is completed. This is also the main reason why robot products are popular among many modern enterprises. So what are the main advantages of using pneumatic grippers for robots? What kind of equipment requires pneumatic grippers?

What are the main advantages of pneumatic grippers? Pneumatic gripper refers to the gripping device at the end of a robot that uses pneumatic power as its power source, making the gripping work of the robot more flexible and powerful. This can solve many tasks that traditional robots cannot complete, with low installation and maintenance costs for the gripper and a wider range of job responsibilities. These are the main advantages of this pneumatic equipment.

At present, many industrial enterprises are developing unmanned factories, and robot equipment is a very important part of unmanned factories. At present, many tasks that require high precision for robot clamping require the use of pneumatic grippers as end clamping devices, which have a wide range of applications and can involve the automotive industry. Electric motors and some high-tech electronic products.

At present, many robot manufacturers are actively developing technologies to improve robot defects, and gripper products have been unanimously recognized by many enterprises for their low cost and very effective working performance. In the future, with breakthroughs in software driven technology, the functionality of the gripper will be further enhanced.

Claws are widely used in industrial robots as a mechanical clamping structure. Usually designed and manufactured according to requirements. There are three main types of grippers on the market: one is to use hydraulic pressure and springs to clamp or release objects, becoming a hydraulic end clamping structure; The second is the pneumatic end clamping structure. Mainly from the perspective of hydraulic systems, it is more suitable for grasping distant objects. The third is the air suction end clamp structure, which is powered by the suction force of the suction cup and is suitable for grasping objects with large shapes and moderate thickness, such as the commonly seen glass.

Choosing high-quality grippers means equipping industrial robots with flexible hands, which can improve production efficiency, reduce wear and tear, and save a lot of expenses such as maintenance costs. The quality and strength of industrial supplies determine productivity. So the selection of high-quality industrial products cannot be taken lightly.

The above are the advantages of grippers. Have you learned them now?