Extended joint tracking
Simultaneous control of conveyor and robots enables high tracking accuracy.
Dual Arm Control
Allows a single controller to control two SCARA robots. Saves space and simplifies operations
External axis control
By adding an extended joint board (EtherCAT), servomotors of various capacities can be controlled.
Circular tracking
This function enables the robot to track workpieces on an arc path, achieving operation without stopping the index table, etc. Setup can be performed with the wizard-type GUI, achieving easy introduction.
High-precision calibration
The high-accuracy calibration function improves the absolute accuracy to reduce differences between robots, significantly decreasing the man-hours required for teaching.
Extended-joint support specification
Extended joints can be controlled by the same interface as the robot. They can be easily adjusted using the Auto Gain Tuning function.
Conveyer tracking
Since a robot can track workpieces, workpieces can be conveyed and aligned without stopping the conveyer.
Compliance Control Function with Force Sensor
Constant control of a pressing force of a tip of the robot hand with force sensor. Stable operation on assembling, grinding and other work by using this function.
Cooperative Control
By using two or more robots, heavy loads and long loads can be conveyed and assembled.
Exclusion control
This function can prevent more than one robot from entering the exclusive area.
Virtual fence
The virtual fence prevents the robot from colliding with surrounding facilities.
External TCP
The external TCP function enables rotation about the coordinate origin of a workpiece, making it possible to easily teach the robot with reference to the object.
EtherCAT Slave motion
Allows centralized robot path generation from an IPC with EtherCAT Master installed.
Autofig
Automatically calculates the optimal “figure” for motion to a designated position resulting in reduction of setup time.
Motion Skip
This function enables the robot to change the target point without stopping operation in the automatic mode.
High-accuracy Path Control
This function decreases any change in the path due to change in speed, to improve path accuracy in the arc motion and the free curve interpolation motion.
Singular Point Avoiding Function
When the robot passes through points in proximity to a singular point or other points where the posture of the robot changes, which requires linear interpolation, use of the singular point avoiding function enables the robot to move smoothly.
Collision detection
When the robot collides with a peripheral device or workpiece, this function detects the collision and brings the robot to an emergency stop.
Compliance control function
The compliance control function protects workpieces and hands from excessive load by adjusting the pressing force.
Optimal Speed Setting
Optimizing motion speed and acceleration according to the load on the tip of the robot arm shortens the tact time.
Command Slave
Robots can be controlled with PLC languages (ladder programs). Function blocks that support 107 robot commands are offered.
b-CAP (communications protocol)
By directly sending packets of motion commands to the robot from a PC, PLC or other device, the robot can be controlled.
Provider
A provider enables the direct control of various factory automation products (image processing apparatuses, sensors, hands, etc.) using PacScript (DENSO robot language).