Hall A · Booth A431
Beijing Jingang Technology was established in 2017. It specializes in high-end magnetic encoders and leads the country in hollow shaft solutions. The products are vibration-resista…
COMPANY PROFILE
Beijing Jingang Technology was established in 2017. It specializes in high-end magnetic encoders and leads the country in hollow shaft solutions. The products are vibration-resistant, high-precision and small in size. They are suitable for complex working conditions such as collaborative robots, humanoid robots, military equipment and lightweight servos. Relying on the self-developed encoder, we launched a 2cm, 35g micro integrated joint, integrating a full set of power control components, with a backlash of <20 arc seconds, supporting force-controlled reverse drive, lightweight and high-precision, suitable for dexterous hands, medical and precision servo equipment, and with lower installation costs. A six-legged crab robot is launched for the C-end, which is movable for jumping and equipped with multi-functional grippers. It continues to be iteratively optimized and is suitable for science and education, remote interaction and smart entertainment.
MAIN PRODUCTS
It serves more than half of all types of robot manufacturers in the country. The market share of humanoid robot companies reaches 80%. It covers 1/3 of foreign robot companies and serves countries with leading robot technology levels such as Britain, France, Germany, the United States, Israel, South Korea, and Japan.
Jingang Technology has launched a tactile servo (diameter 2cm, weight 35g, speed ratio 50/100 optional), which integrates motor, reducer, encoder, and driver, has a backlash of <20 arc seconds, and supports short-term overload and force-controlled reverse drive. Compared with traditional servos, harmonic transmission brings the advantages of precision, power and lightweight, and can be reverse-driven. It is suitable for dexterous hands, scientific research desktop robots, precision automation, medical and aerospace micro-servo systems. The integrated design simplifies installation and debugging and reduces implementation costs.
This robotic crab-shaped robot adopts a multi-legged and low-profile configuration and has excellent operational stability. The double clamps at the front end can complete interactive operations such as clamping, pushing, and placing various small items. Equipped with self-developed highly dynamic micro-joints, it supports high-intensity movements such as jumping, cushioning landings, and rapid posture adjustment. The device supports VR control. You can get the first-person view of the body by wearing the headset, and use the handle to intuitively control the operation of the double clamps. Different from ordinary remote control toys, the product combines precise claw operation and high-performance dynamic movement capabilities, with both practicality and immersive control.