To create excellent quality with highly-sophisticated technology and to provide professional and highly efficient service.
Python series SCARA robots not only have superior speed, accuracy, linearity and verticality performance, but also posses competitive SCARA robot price. Equipped with self-developed control system and excellent SCARA robot configuration, it realizes a wide application in highly flexible automation solutions. Its comprehensive performance is regarded as industry-leading in the security robots industry.
With high precision and high speed, SCARA robot for sale has a variety of applications. This machine owns excellent SCARA robot configuration and is used in key areas of high-precision industries such as 3C electronic industry and LED industry.
SCARA parallel robot is lightweight and compact, which is suitable for precise pick and place. This collaborative scara robot with an industrial robot system is also simple to use and can flexibly suit with the rapid change of production lines.
The high-precision and fast-speed SCARA robot for sale is easy to assembly and convenient to disassembly. Its integrated control system and modular structure design contributes to a convenient maintenance. A good and simple human-machine interaction interface can directly help users to understand the production state and progress. Different from packaging robots, a parallel SCARA robot is lightweight and small with a small footprint, which can be quickly configured according to changes of the production lines. What's more, the features of class-0 oil-free, clean and pollution-free, are in line with the production requirements of various industries, especially SCARA robot manufacturers.
Python-series SCARA robot has a maximum workspace diameter of 1700mm and a maximum rated load of 10kg.
SCARA robot's system is actually a typical system of mechatronics. This collaborative SCARA robot's working principle is that the control system issues action instructions, controls the driver action. The driver drives the mechanical system movement, so that the end operator reaches a certain position in space and realizes a certain gesture, to implement certain tasks. The real-time position of the end operator in space is fed back to the control system by the sensing system, and the control system compares the actual position with the target position, and issues the next action command. It will cycle the instructions until the task is completed.
Python-series SCARA robot’s structure adopts modular design to realize a convenient maintenance. Quick gripper changing mechanism makes product line change simply and fast. By a simple and friendly human-machine interaction interface, users can easily and quickly complete machine teaching. In form aspect, the robot adopts lightweight design, and has a small footprint, which can be quickly configured according to the production line changing.