2P18U3H/46

2P18U3H/46 is do robots with the application of IPC. It can be used in a wide range of industrial applications with high speed and an adaptive architecture. The 2P18U3H/46 is based on a combination technology of air compression, friction and sync motors, and has the ability to program a series of pre-determined and dynamic programs to help with the building of equipment, CNC operations and a range of other tasks. 2P18U3H/46 provides improved operation speed, accuracy and safety, making it a widely used tool for industrial applications.

The application of 2P18U3H/46 is twofold. It is primarily used as a cost-effective, safe and reliable way to perform high-precision and repetitive tasks such as drilling, sorting, cutting, assembling, and abrading. Its application is not only in the fabricating of complicated parts, but also able to improve parts of machining, assembly, welding, testing, and monitoring work, widely used in automotive industry, electronics industry, aerospace industry, medical industry, agricultural industry, chemical industry, optical industry and so on. It is an ideal choice for the manufacturers and engineers with fast implementation, high precision and high operate rate.

The working principle of 2P18U3H/46 is based on a combination technology of compressed air, friction and synchronous motors, and applies the high speed of air for its airborne movements. The friction is used for motion control and the synchronous motors are configured for precise operation. The power drive of the air power is provided by the air compressor, and the friction is provided by the advanced friction factor and the motors. The friction factor is generated by the motor and the mechanical interface, and the motion controller is designed to program and process the feedback of the friction factor. The 2P18U3H/46 also features a comprehensive system of advanced safety and monitoring systems.

2P18U3H/46 provides a readily available and reliable way to achieve high-precision and repetitive tasks in various industrial applications with its application field and working principle. Manufacturers and engineers can quickly implement robotics into their process and enjoy improved speed, accuracy and safety. Furthermore, it can be used in various fields such as automotive industry, electronics industry, aerospace industry, medical industry, agricultural industry, chemical industry, optical industry and so on.