
Quickly complete secondary deployment of the production line, achieving efficient, high-quality, and flexible machine tending by robots.
Simple programming allows for easy control of the robot, maximizing the replacement of labor and freeing up workforce.
Enhances production efficiency and product quality.

High efficiency, stability, and quality enable highly intelligent, automated screwdriving operations.
Torque adjustment range can be configured according to screwdriving product requirements, with each axis adjustable independently.
The operation of the JAKA‘s robots is quick and responsive.

Highly reprogrammable, allowing users to adapt programming for different workpieces, shortening the product modification cycle and reducing associated equipment investment.
The robot replaces manual operators, minimizing direct contact with hazardous processing equipment, thus reducing the occurrence of accidents.
Ensure consistent processing precision, guarantee reliable quality, and reduce the defect rate.

Manual control: Supports manual arc start/stop, gas feed/discontinuation, and step/continuous wire feeding.
Load and go: Simply load the arc welding process package via the app.
Debugging mode: Supports empty program run without arcing for easy verification of teaching points.
Versatile: Compatible with major domestic and international welding machine brands.
Force control drag: Supports payloads from 3-18kg with force control sensors for smooth operation and handy point teaching.
Easy configuration: A new settings interface facilitates communication setup between the robot and welding machine. Safety interlock: Alarm signals between the robot and welding machine ensure reliable operation.

A single robot can manage multiple production lines, significantly reducing costs
Compact structure, small footprint, high integration, and lightweight, effectively solving manual palletizing tasks on-site for customers.
Achieves automated palletizing, improves production efficiency, and enhances the working environment for operators.