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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.
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PU pipe products have excellent high pressure resistance, vibration resistance, corrosion resistance, wear resistance, weather resistance, bending resistance, convenient and flexible use, excellent temperature resistance, heat insulation and superior bending performance at will! With bright color and high glossiness, it is the best choice for mechanical piping. Brand: Konex Raw material: 100% pure imported TPU raw material Withstand voltage at room temperature: 8-10 Kg Bursting pressure: 32Kg Temperature resistance of working environment (temperature range): -20 ℃ ~ + 60 ℃ (non-chemical gas space) Hardness: 80A, 85A, 90A, 95A Application: It is suitable for conveying liquid under general working pressure in the fields of industry, agriculture, food, medicine, civil engineering, fishery, aquaculture, garden irrigation, etc. Features: The hose made of TPU material has tensile strength, high tear strength, wear resistance, bending resistance, penetration resistance, low temperature resistance, hydrolysis resistance and other properties, and has good resilience and long service life. This product does not contain plasticizers, non-toxic and tasteless, is a high-performance environmentally friendly hose.
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Brand: Konex High temperature resistance: 200 ℃ Low temperature resistance: -40 ℃ Product name: Silicone tube Product application: water pipe, air pipe Inner diameter: 0.5-20MM Color: Any color can be customized Hardness: 20-80 degrees Product Certification: FDA Application: Water pipe, air pipe Material: silicone rubber Product features: Silicone rubber is a new type of polymer elastic material, which has excellent high temperature resistance (250-300 ℃) and low temperature resistance (-40-60 ℃), good physiological stability, and can withstand repeated harsh and disinfection conditions, with excellent resilience and small permanent deformation (not more than 50% at 200 ℃ 48 hours). Breakdown voltage (20-25 KV/mm), ozone resistant, UV resistant. Radiation resistance and other characteristics, special silicone rubber has oil resistance. Product application: 1. Medical treatment: application in medical equipment. 2. Radio and motor: in the telecommunication industry. 3. Application in instrument and meter industry. 4. Application in aviation industry. Supply of high quality transparent silicone tube, food grade silicone tube, medical silicone tube, flame retardant silicone tube

PU spring tube: Product introduction: Excellent flexibility, small bending radius, good shock resistance, light weight, wide working temperature and working pressure range. Excellent chemical properties, minimal pressure loss, constant hardness, long service life. Non-toxic and tasteless. . The color can be customized according to the requirements, and the pipeline is easy to identify. Meet ROSH environmental requirements Product use: Industrial robots, pneumatic tools, assembly plant pneumatic tools, pressurized pipelines Water and other fluids and non-corrosive oil. Can be use as a vacuum suction tub Protective jackets for metal and electronic products


Pure cam mechanical structure, flexible and smooth action, high-speed stability, travel range of 60mm-328mm, nearly 500 kinds of derivatives to choose from; The cycle time can reach 0.4S, the speed is three times faster than that of the sliding table module, there is no impact inertia, and the repetition accuracy can reach ± 0.02 mm, which can realize the accurate movement of high-speed and high-precision automatic transmission, picking and placing, handling and transplanting in the limited space.

Electric energy is directly converted into linear motion machinery without any transmission device of an intermediate conversion mechanism, and is not influenced by the inertia and the resistance of the intermediate mechanism, so that the response speed is higher, the sensitivity is higher, the follow-up performance is better, the efficiency is higher, the structure is simpler, and the positioning precision is more accurate and stable. At that same time, the move stator of the linear motor is suspended and operate without contact, so that abrasion does not occur, the service life is longer, the stroke is not limited, multiple mover can be coaxially used, and the application range is quite wide.

Driven by high-performance servo motor, it can realize rapid positioning, lifting, moving and other actions, with high precision and stability, and can replace a number of manual work on the stamping station. For the processing industries with repeatability, danger and high rhythm, such as stamping, the swing arm manipulator can save labor costs and improve labor and equipment safety. It plays an important role in maintaining product capacity, quality and process stability.



Plug and play, a variety of optional transmission modules, once again change the robot's fast switching technology.

The automatic rapid connection, disconnection and switching of robots and fixtures are mainly used in automobile intelligent manufacturing, robots, automated production lines, etc.

To realize the integration and connection of various complex energy sources such as gas, electricity, signal and fluid. Mainly used in: new energy vehicles, automated testing, machining, rail transit, aerospace and logistics vehicles.