Hall A · Booth A430

3X Motion Technologies Co., Ltd.

Registered Chinese name常州三协电机股份有限公司3X Motion Technologies Co., Ltd.

Changzhou Sanxie Motor Co., Ltd. was established in 2002 and is a high-tech enterprise focusing on the R&D, manufacturing and sales of control motors. The company's main products i…

Frameless motorExternal rotor frameless motor
Supply Chain & Components

Company Profile

Changzhou Sanxie Motor Co., Ltd. was established in 2002 and is a high-tech enterprise focusing on the R&D, manufacturing and sales of control motors. The company's main products include servo motors, stepper motors, brushless motors and frameless torque motors, as well as related products. These products have obvious competitive advantages in the market due to their small size, high power density, green energy saving. In the field of collaborative robots and humanoid robots, the company has developed a variety of frameless torque motors through independent research and development using breakthrough basic materials and high slot full rate technology, and some products have achieved mass production. ‌‌‌The newly developed external rotor frameless torque motor can be widely used in lower limb exoskeletons, drones, lawn mowers, and joint modules. It has the advantages of low cost and fast delivery.

Key Products

02 ITEMS
Frameless motor
01

Frameless motor

Frameless motors are widely used in applications requiring high performance, low inertia and compact structure, such as robots, aerospace equipment, precision machinery and medical equipment. Since it has no housing, it can be installed directly into the mechanical structure as needed, saving space and optimizing the power transmission efficiency of the system.

External rotor frameless motor
02

External rotor frameless motor

The outer rotor frameless motor is the preferred power solution for robot joints: it has more than 20% greater torque than the ordinary inner rotor in the same volume and has strong impact resistance; the frameless split + large hollow design can be directly embedded in the joint, saving space and zero backlash; it runs particularly smoothly at low speeds, has high precision and long life, and can be used for humanoid, collaborative, quadruped, and exoskeleton