

1. Self-developed high-strength castings are used to ensure processing rigidity and precision stability. 2. It is suitable for automatic processing tooling and production line, and can be easily accessed and assisted in the construction of automatic production line. 3. Support the tool life management, effectively reduce the defective rate of products and improve the output efficiency.

1. Adopt self-developed high-strength casting and imported/Taiwan screw rod wire rail to ensure processing rigidity, precision and stability. 2. It is suitable for automatic processing tooling and production line, and can quickly access and help to build automatic production line. 3. Support the tool life management, effectively reduce the defective rate of products and improve the output efficiency. 4. The side milling head and probe can be installed according to the customer's requirements to realize the five-side processing of single clamping and further improve the processing efficiency.

1. Yuchai high-strength castings are used to ensure the rigidity and accuracy stability of the machine tool during processing. 2, can adapt to automatic processing tooling, to achieve convenient and efficient processing, processing positioning accuracy can reach 0.003 mm. 3. Be able to cooperate with the automatic production line, quickly access the production line and help build the automatic production line. 4. Tool life management can be realized, defective rate of products can be reduced, and output efficiency can be improved.









Small size, high power, no fan dust.

Any graduation, easy to control.

1. Practical, compact and stable design appearance; 2, that work hours of wire and piping are greatly saved; 3, high reliability, high cost performance assembly.
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Runyu torque sensors are based on MEMS silicon strain gauges and adopt glass micro-melting technology. Featuring high sensitivity, high precision and strong overload resistance, they are ideal for collaborative robots, embodied robots, humanoid robots and other related applications. Having broken through foreign technological blockades and taken the lead over conventional domestic technologies, these sensors facilitate large-scale automated production and help ensure better quality control and cost efficiency.

Runyu tension and compression sensors employ glass micro-melting technology built upon MEMS silicon strain gauges. With outstanding sensitivity, precision and overload resistance, they are perfectly suited for collaborative robots, embodied robots, humanoid robots and other robotic applications. By breaking through overseas technological barriers and exceeding conventional domestic solutions, they benefit large-volume automated manufacturing and help achieve better quality and cost management.