Book Categories:
Wait, don't go!
Before you leave, we have a special offer just for you!
Get 20% off your next purchase.
TSL-Joey
TSL-GIM4305-10 Planetary Gear DC Motor For 10kg-Class Quadruped Robots
10kg-class quadruped robots are emerging as mainstream platforms for industrial inspection, household services, education, and scientific research. The core bottleneck restricting their large-scale commercialization lies in the cost and integration level of the power system. The industry is currently facing…
TSL-GIM3510-8 Integrated Joint Module: Application in Lightweight Robot Joints
With the rapid implementation of embodied intelligence technology, robots are expanding from single industrial scenarios to diverse fields such as service, medical treatment, scientific research, and consumer electronics. As the core execution unit of a robot’s motion system, the performance…
PG16K128 – KW1618 + LG04M20Z Thumb Grasping Motor Module for Dexterous Robot Hand Thumb
With the rapid development of humanoid robots, collaborative robots, precision assembly, and medical rehabilitation robots, dexterous hands with human-like fine manipulation capabilities have become the core end-effector components for the commercialization of robots across multiple scenarios. As the only joint…
PG10K28-KW1016+LG13175K20 Integrated Coreless Drive-Control Module: Empowering Robotic Dexterous Hands
As the humanoid robot industry moves rapidly toward commercialization, high-end dexterous hands—capable of human-like fine manipulation—have become core components for breakthroughs in industrial precision assembly, medical rehabilitation, and commercial services. The PG10K28-KW1016+LG13175K20 is an integrated drive-control coreless module specifically developed…
PG10K28-KW1016+LG04M17Z Micro Drive Modules in Robotic Dexterous Multi-Finger Joints
The core capability of anthropomorphic robotic dexterous hands relies not only on the opposable motion of the thumb but also on the coordinated movement of the index, middle, ring, and little fingers. These four fingers perform over 80% of the…