​Installation of professional Electric glass sucker

 Electric glass sucker company is based on industrial automation, vacuum handling, logistics technology, pneumatic tooling equipment and other high-tech fields, is a research and development, manufacturing, sales as one of the high-tech enterprises.            

 Vacuum sucker, also known as vacuum hanger, is one of the actuators of vacuum equipment. Generally speaking, the use of vacuum suckers to grab products is an inexpensive method. Vacuum suction cups vary in variety. Rubber suction cups can be operated at high temperatures. Silicone rubber suction cups are very suitable for grasping rough   surface products. Polyurethane suction cups are very durable. In addition, in actual production, if the sucker is required to be oil-resistant, it can be considered to use polyurethane, rubber or polymer containing vinyl group to manufacture the sucker. Usually, in order to avoid  scratches on the surface of products, the suction cup with bellows made of  rubber or silicone rubber is made of rubber, which has a large pulling force, so it is widely used in various vacuum suction equipment.            

 The structure of the flat vacuum sucker consists of a sucker and a sucker hoop. The working principle of the flat vacuum suction cup is as follows: firstly, the vacuum suction cup is connected with the vacuum equipment through the nozzle, and then contacts with the objects to be lifted, such as glass, paper, etc. Start suction of the vacuum equipment, so as to generate negative pressure in the suction cup, so that the objects to be lifted are firmly sucked, and then the lifts to be carried can begin. (larger suction KG), suction and transport of flat glass; when the lifts are moved to the destination, they are inflated smoothly into the vacuum suction cup, so that the vacuum suction cup changes from negative pressure to zero pressure or slightly positive pressure, and the vacuum suction cup is separated from the lifting object, thus completing the task of lifting  and transporting heavy objects.            

 The characteristics of vacuum sucker:            

 1.  Vulnerability to wear and tear. Because it is usually made of rubber and  directly touches objects, it wears badly, so it wears quickly. It is a pneumatic fragile part. It is for this reason that it is so prominently highlighted from many pneumatic components. The materials used did not meet the  physical and mechanical properties.            

 2.  Easy to use. No matter what material the object is sucked into, it can be used as long as it can be sealed and air-tight. Electromagnetic chuck can not be used, it can only be used in steel, other materials of plate or object can not be absorbed.            

 3.  No pollution. Vacuum suction cups are particularly environmentally friendly, and do not pollute the environment. There is no light, heat, electromagnetic and other generated.            

 4. do not hurt the workpiece. Vacuum sucker is made of rubber material, so it will not cause any damage to the workpiece if the workpiece is sucked or put down. However, hook-type and cable-type hangers are not feasible. In some industries, the surface requirements of workpieces are particularly stringent, they can only use vacuum suckers.            The purpose of installing vacuum sucker for professional glass deep-processing  suction hoist:            

 The end tool for labeling in the die can perform three actions: in limited space, EOAT picks up and inserts the trademark first, and then fixes the trademark in the die. Compared with the static labeling device, this operation can reduce the size of the device. The last action of EOAT is to remove the plastic bottle with the trademark from the mould. Modern city culture has a deep foundation. Usually, when injection moulding automobile parts, we should be very careful about the operation of # surface products. In order to avoid scratches on its surface, the use of vacuum suckers must be absolutely prohibited. At this point, it can be considered to install a clamp made of acetal on EOAT, which can effectively avoid scratching the surface of the product. So, how to use EOAT in complex process? To illustrate this problem, we give an example of overlapping injection moulding with nylon and rubber. In this example, a multi-functional robotic arm end tool (EOAT) is used to hold the operator at hand.