Features:
Higher speed
The use of lightweight arms and small motors with high output and high rotation greatly increases the speed and acceleration. In addition, by integrating the load weight and the attitude of the robot, the acceleration performance is improved, enabling the robot to exert greater capabilities. Shorten the cycle time.
High precision
For jobs that require high repeatability and precision, we offer the highest level of machining quality, and because of its rugged construction, small robots can continue to work accurately and accurately throughout the entire workspace.
High scalability
It is easier to use and load and unload various peripheral devices. In addition, the mounting holes for the cable brackets are not provided on the respective shafts of the arms, and it is also convenient to add wiring and piping.
Robot control system:
Optimized structure algorithm for ontology control of multiple structural forms
Modular function settings for a wide range of applications
8-axis control for control of external axes (traveling axes, positioners)
Adapt to multiple increments, absolute servo
Open structure, synchronized international level, convenient function expansion
Software PLC function for convenient logic control
Process function, easy programming and easy operation
Safety module to ensure safe production of robots
Durable components and sophisticated cabinet design ensure long-lasting, stable operation of the control system even at extremely high load levels
With new energy management features, up to 95% energy consumption in standby mode, optimized ventilation design combined with temperature fans, reduced control system power consumption and low noise operation
Robot teach pendant:
Storage space: 2GB
Teaching box: full keyboard + touch screen, mode selection switch, safety switch, emergency switch;
Interface: digital I/O, interface, 24 input/output (expandable); 4 channels 0V-10V analog output, 12-bit precision; multi-channel encoder signal interface, robot-specific terminal interface, Ethernet interface, serial communication;
Safety module: Associate emergency and robot abnormal signals to ensure the robot stops quickly;
Operation mode: teaching, reproduction, remote;
Programming method: teaching reproduction, process programming;
Movement function: point to point, straight line, arc;
Command system: motion, logic, technology, operation;
Control method: position control
Abnormal detection function: emergency stop abnormality, servo abnormality, anti-collision, safety maintenance, arcing abnormality, user coordinate abnormality, tool coordinate abnormality
