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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.


1. The vibrating plate is an auxiliary feeding device for automatic assembly, which can sort, detect and sort the products according to the material, size, discharging mode and discharging speed of the products, and assemble all parts of the products into a complete product together with the automatic assembly device. 2, widely used in electronics, hardware, plastics, clocks and watches, batteries, connectors, food, toys, stationery, daily necessities manufacturing and other industries. 3, the use of vibration plate can reduce the number of labor, improve labor efficiency, reduce operational errors 4. Speed up production and improve efficiency

1. Flexible vibrating plate is an automatic assembly auxiliary feeding equipment, which can feed various complex industrial bulk materials. Directional sorting of small parts for feeding. Versatility: It can be used for material arrangement and supply in various fields such as 3C electronics, automotive parts, aerospace and military industry, 5G communication/semiconductor, biomedical beauty, watches and jewelry, etc; 2. Flexible production: The feeding system does not need to replace the hardware structure, and the program can be switched by one key to meet the current production needs of flexible sharing and fast switching; 3, fast response: based on the fitting technology of frequency vibration, the personalized material tray based on the shape structure of the part can be quickly and accurately positioned and identified; 4, precise positioning: supporting flexible vibration plate industrial visual positioning technology, material plate can be removed and washed; 5. Mild vibration: based on the multi-directional vibration fitting technology, the parts are gently fed to minimize the damage; 6. Super reliability: based on frequency resonance fitting technology, high reliability and long service life are ensured; 7, easy integration: flexible feeder parameter configuration software, graphical interface, easy configuration, easy integration



For linear position feedback, the highest precision: 5um/m, resolution up to 10nm

The rotary optical encoder is fitted with excellent accuracy and has a conical mounting system that reduces the need for machined parts with high tolerances and eliminates eccentricity. Accuracy up to 2 arcseconds, maximum diameter up to 300mm.


The main body of the plum blossom coupling is made of high-strength aluminum alloy. The colloid is made of polyurethane, which has good wear resistance and can absorb vibration, zero rotary clearance, radial compensation and large torque transmission.

The diaphragm structure has high torque rigidity, can accurately control the rotation of the shaft, and can be controlled with high precision. The gapless shaft is linked with the shaft sleeve, and is suitable for forward and reverse rotation.


