Manipulator
Robots and manipulators are high-tech products of modern society and have been widely used in all walks of life. From a capability perspective, robots are practical space operating tools with biological functions that can replace humans in completing some dangerous or difficult tasks. When we see robots at work, we become curious about the inner workings of robots and manipulators. Therefore, we began to understand one of their important structures-the driving device. The drive device is the mechanism that drives the actuator to move. According to the command signal sent by the control system, the robot moves through the power component. It inputs electrical signals and outputs linear displacement and angular displacement. The driving devices used by robots are mainly electric driving devices, such as stepper motors, servo motors, etc. In addition to hydraulic and pneumatic drives.
Power components for drives, electric drives, servomotors, hydraulic and pneumatic drives, etc. Slip rings are needed here because slip rings can provide energy and signal transmission solutions for all complex mobile devices of robots and manipulators, which not only improves mechanical performance and simplifies system operation, but also avoids wire sprains during rotation. Different transmission schemes can be designed according to different driving devices of the robotic arm, and different types of slip rings can be designed to meet high performance and stable current and signal transmission.
The developed robot-specific slip ring realizes 360-degree infinite rotation of the robot. The number of slip ring paths can reach 300. It can transmit Ethernet, Universal Serial Bus, Universal Serial Bus, Live Wire, servo motor signals, and coding. sensor signals, strain gauges, thermocouples, high-definition video and other signals; at the same time, it has the characteristics of long service life, maintenance-free, and tailor-made, effectively solving the common problem of twisted wires in the current robot market and solving the problem of installation and maintenance. Problems of inconvenience and non-universality. Typical products include LPC series, LPM series, LPT series, LPFO series, etc.
Power components for drives, electric drives, servomotors, hydraulic and pneumatic drives, etc. Slip rings are needed here because slip rings can provide energy and signal transmission solutions for all complex mobile devices of robots and manipulators, which not only improves mechanical performance and simplifies system operation, but also avoids wire sprains during rotation. Different transmission schemes can be designed according to different driving devices of the robotic arm, and different types of slip rings can be designed to meet high performance and stable current and signal transmission.
The developed robot-specific slip ring realizes 360-degree infinite rotation of the robot. The number of slip ring paths can reach 300. It can transmit Ethernet, Universal Serial Bus, Universal Serial Bus, Live Wire, servo motor signals, and coding. sensor signals, strain gauges, thermocouples, high-definition video and other signals; at the same time, it has the characteristics of long service life, maintenance-free, and tailor-made, effectively solving the common problem of twisted wires in the current robot market and solving the problem of installation and maintenance. Problems of inconvenience and non-universality. Typical products include LPC series, LPM series, LPT series, LPFO series, etc.
Scan and Communicate on WeChat