Polyurethane coated cam followers

Polyurethane coated cam followers

The radical increase in modern industry has appeared in the field of robotics, and the advent of advanced computing and testing skills has greatly improved the functions of today's robots. Today's automated robot system is more than 10 times stronger than the robot of 10 years ago, allowing it to flourish in the production environment. Polyurethane is at the center of successful robotic planning, let us understand the reason behind it.

　　Although different formulas have different uses, most of the applications involve the physical interaction between robots and objects. According to the objects that the robot interacts with, there must be proper engineering solutions to deal with them correctly, which can greatly reduce the damage of the objects. Polyurethane has a wide range of physical properties, so it is also commonplace to be widely used in various fields of robots. When robots need to catch or pick objects on the production line, polyurethane parts are necessary. The use of rigid polyurethane formulations in the touch of robots and abrasives can resist this severe wear. Flexible polyurethane formulations are generally suitable for fragile parts or parts that are very slippery and difficult to handle. The physical properties of polyurethane can be adjusted to prepare ideal materials to make them suitable for use. With the development of the robot system, they are getting stronger and stronger. Early robots could only operate on demand in the test laboratory environment. Today's robots are widely used under harsh conditions, and the use of polyurethane in wear-resistant parts has increased. This includes catching elements that catch things on the assembly line or use polyurethane parts to secure the cap to the cap on the top of the bottle. In this case, a soft polyurethane compound can reduce friction. Many robotic forklifts use polyurethane to make wheel systems and smooth forklifts. If you need a sealing element that can withstand harsh environments, you also need it. Due to the various physical properties of polyurethane, it works well in environments where other polymers are not available. With the continuous improvement of the combination of robots, the requirements for building materials are getting higher and higher. The profession is developing independent robots (such as quadrupeds) and even anthropomorphic robots to help all walks of life complete a wide range of missions. Heavy-duty polyurethane is also under development and will be used in legal and military applications to allow robots to enter places where personal safety is threatened. Bomb disposal robots are becoming a standard part of institutional life-saving equipment. Polyurethane is increasingly used in all aspects of active warehouse operations, from preventing tire penetration to replaceable skateboards, which can greatly reduce the impact on the construction of infrastructure. hurt. Small robots use polyurethane in many professional applications, especially for small-scale operations. These occupations will continue to provide new information for the development of polyurethane solutions.

　With the continuous expansion of robotic skills, the messy needs of occupations will also increase. Polyurethane manufacturers look forward to working with robotics companies to find innovative solutions that can meet the requirements of messy careers. The various properties of polyurethane make it an important part of the robot system.