
Overcome the silica gel/conductive silica gel molecular level combination technology to achieve seamless formation of flexible insulation area and highly sensitive conductive area. Through multi-module dynamic injection molding system and intelligent temperature control scheme, it meets the stringent needs of medical devices, consumer electronics, industrial sensing and other fields. Support the verification of mainstream engineering material combination, provide a complete solution from rapid proofing to mass production, replace the traditional assembly process with integrated molding process, and significantly reduce the comprehensive cost and quality control risk.

We take the innovative design of mold runner as the core competitiveness, independently develop intelligent runner balance technology and high-precision mold manufacturing process, overcome the industry pain points such as uneven material distribution and temperature fluctuation in multi-cavity molding, and achieve a 40% increase in molding efficiency of more than 96 cavities and a decrease in defective rate to less than 0.3%. Complete with full-cycle quality control system and fast proofing service, we can help you realize the mass production revolution of "multiple cavities", so that the cost can be sharply reduced and the quality can be improved simultaneously.

Focus on the field of implant/interventional devices, provide ISO 10993, USP Class VI certified raw materials and 100000 dust-free sorting workshop, 70 + high-end machines to achieve ± 0.3 ℃ temperature control molding. It is produced in a 10000-level clean workshop. Through precise temperature control technology and patented process, the risk of bubbles is eliminated, and the whole process is automated to avoid pollution and ensure high yield of products. The whole process of production is traceable, in line with international medical standards, and supports strict testing requirements for key components such as catheters and infusion pumps. It has steadily supplied precision components such as implanted catheters for world-renowned medical enterprises, and won long-term trust by quality.





A compact integrated linear servo system, this product serves as a core motion parts for precision electromechanical devices in robotics, industrial automation, medical equipment, and related fields.Internally integrated with high-precision reducers,coreless DC motors,lead screw mecha-nisms,sensors and servo drivers.The actuator enables precise servo positioning control at any point within its stroke range.

The dexterous hands employ an innovative linear drive design, with micro linear servo actuator as its core motion parts.Integrated with a hybrid force-position control algorithm, it delivers ±0.2mm positioning precision,several kilograms grasping force ,real-time force feedback ontrol.Additionally, the dexterous hand was launched in 2020. It is China's first commercial mass-produced dexterous hand.


The intelligent electronic tensile testing machine is suitable for testing the tensile properties, 90 ° peeling, 180 ° peeling, deformation rate, tearing, heat sealing strength, puncture force, opening force, low-speed unwinding force, pulling force, and other properties of plastic films, composite materials, adhesives, adhesive tapes, medical patches, protective films, release paper, combined covers, metal foils, backplane materials, and other products. It is widely used in packaging enterprises, food enterprises, pharmaceutical enterprises, medical equipment enterprises, daily chemical enterprises, quality inspection systems, drug testing systems, third-party testing institutions, colleges and universities, scientific research institutes, military enterprises, etc.

This product adopts the principle of high-pressure hydraulic test and is designed according to relevant provisions in Annex G of YY 0285.1. Pressure is applied to the test sample by applying constant water pressure, and the flow and pressure of the sample under this condition are tested for a certain period of time. It is suitable for measuring the flow and pressure of various medical sterile catheters and is suitable for sterile catheter manufacturers, medical equipment inspection institutes, universities, research institutions, etc.

The guidewire tip flexibility tester is designed and manufactured according to relevant provisions in YY/T 1554-2017. It is specially used for testing the flexibility of interventional guidewire catheters and is suitable for measuring the flexibility of the tip of various interventional guidewire catheters.


