NanJing TranzBrillix Linear Motion Co., Ltd.
NanJing TranzBrillix Linear Motion Co., Ltd.
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The TBI Ball Screw SFK01205 delivers exceptional motion control performance for precision assembly robots, combining smooth linear movement with the rigidity required for micron-level accuracy. This 12mm diameter ball screw motor solution reflects TBI's engineering excellence in creating components that meet the exacting standards of modern automated assembly systems. Designed to operate seamlessly in robotic applications where repeatability and precision are critical, the SFK01205 features optimized ball recirculation that ensures consistent performance throughout millions of cycles. Its balanced design minimizes vibration while maintaining responsiveness, allowing assembly robots to achieve both high-speed operation and delicate positioning capability. The precision-ground components work in harmony to reduce friction and eliminate unnecessary energy loss, contributing to the system's overall efficiency. TBI's attention to detail is evident in the screw's ability to maintain tight tolerances even under continuous operation, making it particularly valuable for electronics assembly, medical device manufacturing, and other applications demanding flawless motion control. The robust construction ensures long-term reliability while requiring minimal maintenance, reducing downtime in production environments. By integrating this ball screw motor into precision robotic systems, engineers gain a motion solution that delivers the perfect combination of speed, accuracy, and durability - hallmarks of TBI's commitment to advancing automation technology. Its performance characteristics make it an ideal choice for manufacturers looking to enhance their robotic assembly capabilities with a proven, high-quality component.
NJSKT is able to provide end machining of the ball screws according to your drawing. To help you see recommended end machinings for different types of housings. we will also machine custom ends to match a customer-supplied drawing. This image is of a drawing of the typical end machining dimensions that would be required for us to machine the ends. Other configurations are possible to machine as long as they are clearly drawn.
⑥Actual product photo