Working principle
Follow-up control: When the operator gently pushes the workpiece, the sensor recognizes the intention of the action, and the motor synchronously amplifies the thrust (the power ratio is adjustable, such as 1:5 to 1:10).
Zero gravity mode: The weight of the robot is balanced by the motor, and the operator only needs to overcome the inertial force.
Position memory: Some models support trajectory teaching, and fixed paths can be repeatedly executed.
Outstanding features
Labor-saving and efficient: The operator only needs 1-5% of the force to carry heavy objects (such as a 100kg workpiece only needs 5kg thrust).
Flexible and precise: Supports millimeter-level fine-tuning, suitable for assembly, alignment and other fine operations.
Human-machine collaboration: No safety fence is required, and it can directly cooperate with manual labor (in accordance with ISO 10218 standards).
Low energy consumption: Compared with fully automatic robots, power consumption is reduced by more than 60%.
Typical application scenarios
Automobile assembly line: instrument panel installation, door handling, battery pack positioning.
Electronic manufacturing: LCD panel handling, precision component assembly.
Medical logistics: medicine box palletizing, surgical equipment transfer.
Food processing: packaging box sorting, production line feeding.