High temperature of vacuum stone lifter is easy to cause shrinkage problem

 Today, we will discuss the shrinkage problem of vacuum stone lifter when its temperature is too high. As most stone lifter engineers know, it is easy to shrink when its temperature is too high. Usually, they like to reduce the temperature of lifter to solve the problem. But sometimes if the lifter temperature is too low, it is not conducive to solve the shrinkage problem, which is not noticed by many people. The suction cup temperature is too high, the melt cooling is too fast, and the slightly thick glue level is far from the gate. Because the middle part of the suction cup is cooled too fast, the feeding passage is blocked, and the melt can not be fully supplemented in the distance, which makes the shrinkage problem more difficult to solve. The shrinkage problem of the thick vacuum suction cup is particularly prominent.            

 Moreover, the high temperature of the suction cup is not conducive to increasing the overall shrinkage of the vacuum suction cup, so that the concentrated shrinkage increases and the shrinkage problem becomes more serious. What are the requirements of glass window cleaning robot for stone lifter? The glass window cleaning robot adopts negative pressure adsorption and wheel drive structure. When working, the robot is adsorbed on the glass surface and cleans the glass through omni-directional movement. The three-dimensional solid model of the cleaning robot structure consists of seven parts: wheel, filter, miniature vacuum pump, synchronous tooth belt, DC deceleration motor, chassis and vacuum lifter. The structure system is simple, reliable and easy to operate. It can meet the requirements of load capacity, speed and reliability of wall mobile robot. In the movement of the robot towards all directions on the vertical  glass wall, the vertical upward movement requires the highest driving force. At  this time, the driving force should not only completely overcome the gravity, but also overcome the sliding friction between the vacuum lifter and the wall. Today's introduction comes here first. It is our consistent policy to thoroughly pursue product quality and establish a corresponding after-sales service system. It is also our duty to communicate closely with users, track  the quality of users for various products and systems, and timely improve equipment technology according to users' feedback. Vacuum stone lifters are widely used in stone processing workshops and so on. Vacuum stone lifters are mechanical vacuum clamps and vacuum hangers. The operation components of standardization module include short stroke cylinder, lifter rotating mechanism, folding shaft and lifter replacement device. Vacuum operation components matching each performance of vacuum stone lifter can be simply and  conveniently installed on the aluminium alloy profile of MCS modular design, without complicated structural design and special design according to the workpiece. With proper fastening components, angle pads and locking devices, compressed air distributors and connectors, vacuum clamping and vacuum hangers can be assembled effortlessly on the clamp table. Standardized folding axle and  suction head replacement mechanism also greatly facilitate these assembly work. Connectors and appropriate compensating components can be used when connecting various vacuum stone lifters.           
 Vacuum stone lifters can be assembled into a very compact vacuum suction solution using integrated vacuum suction devices. When absorbing uneven surface or surface workpiece of arbitrary shape, the axle balancing suction head ensures that the suction head can fit perfectly on the surface of the sucked workpiece, thus obtaining the maximum suction power. In vacuum technology, besides the vacuum lifter contacted with the workpiece, the operating components after the lifter also play an important role. By standardizing the combination of modules and components, vacuum lifters with higher efficiency can be combined. Using short stroke cylinder, the suction head can be reset with linear motion. The suction head rotation mechanism at the reset end point can realize the rotation of suction head according to the need. According to different use needs, the rotation angle of suction head is limited to 90 or 180.