Hall B · Booth B223
As a wholly-owned subsidiary of the German Volhab Group in China, Volhab Transmission Technology (Taicang) Co., Ltd. is centered in Taicang, Jiangsu, and has branches in Guangdong,…
COMPANY PROFILE
As a wholly-owned subsidiary of the German Volhab Group in China, Volhab Transmission Technology (Taicang) Co., Ltd. is centered in Taicang, Jiangsu, and has branches in Guangdong, Shaanxi, Beijing, Hong Kong and other places. In 1959, Faulhaber pioneered micro drive technology with the world's first coreless motor. As the global leader in micro high-precision drive systems, we combine extremely small size with high power density to form a product portfolio of more than 25 million products, covering aerospace, industrial automation, medical equipment, optics and other high-end fields. From the core drive of semiconductor equipment to the joint power of surgical robots and attitude control of commercial satellites, Forhab's full-chain products are deeply integrated into high-end equipment manufacturing. As the definer of micro drive technology, we provide precise and efficient drive solutions to customers around the world.
MAIN PRODUCTS
The 1218SXR and 1228 SXR motors use high copper fill rate hexagonal winding technology, which greatly improves energy efficiency compared with traditional designs and can operate flexibly within the voltage range of 3-18V. Supports vacuum environment customization, becoming the first choice for prosthetic joints and semiconductor wafer handling equipment.
The 1627 GXR (carbon brush commutated) and 1627 SXR (precision alloy commutated) motors provide a wide voltage selection of 4.5-24V, and are matched with a 16GPT reduction gearbox to achieve a maximum output torque of 10 Nm, and the dynamic response speed is increased by 30%. The entire series is compatible with RoHS standards and has a modular design of electrical interfaces, which can be quickly integrated into complex systems such as AGV navigation and surgical robotic arms.
Combining optical measurement principles with advanced chip technology, IERF3 L achieves 0.1° positioning accuracy in the diameter range of 22-42mm, and its resistance to magnetic field interference is 3 times better than traditional magnetic encoders. The standard line driver supports long-distance transmission and performs well in scenarios such as semiconductor wafer inspection and precision focusing of astronomical telescopes.