JR series robots offer application process packages for various industries such as 3C, kitchen and bathroom, lithium battery, automotive, and metal processing. Combined with offline programming and digital technologies, JR series robots demonstrate their wide applicability, high stability, and strong professionalism.

1. High Precision
JR series robots utilize advanced control systems, precision mechanical transmissions, optimized structural design, and advanced calibration algorithms, enabling them to exhibit high precision in various application scenarios. Repeatability is within ±0.05mm.
2. High Rigidity
JR series robots primarily employ high-rigidity RV and gear transmissions. Through lightweight mechanical structure design and topology optimization simulation, a lightweight yet highly rigid robotic arm is created, reducing the robot's overall weight while enhancing its load capacity and rigidity.
3. High Stability
JR series robots employ advanced dynamic model-based adaptive control algorithms, automatically adjusting their motion parameters according to the working environment and task requirements. This improves their stability and adaptability, with several models achieving a mean time between failures (MTBF) of 80,000 hours.
4. High Versatility
JR series robots have six rotary axes, enabling complex three-dimensional spatial movements and flexible adjustment of posture and angle. By adapting to different end effectors and corresponding application process packages, they can flexibly adapt to various complex and delicate work tasks, such as surface treatment, measurement, welding, palletizing, assembly, loading and unloading, and other applications.