Equipment use: This machine is suitable for tensile, compression, bending, peeling, shearing, tearing, bursting, puncturing, fatigue and other tests of metal wire, metal foil, metal sheet and metal tape, rubber, plastic, sea/foam, waterproof materials, wires and cables, textiles, net ropes, non-woven fabrics and other materials. It is a powerful tool to help the industry improve quality.

Application: RS-8000A series gantry microcomputer controlled electronic universal testing machine can be used for tensile, compression, bending, shear and other force testing with a maximum load of 100kN.

Intelligent integrated design

10.2"touch control computer based on windows 10 system is equipped with Intel i7 CPU, which has extraordinary calculation and processing ability, supports the sampling frequency up to 1000HZ, and the test data curve can be automatically saved.

Desktop design

can greatly save laboratory space, small body, big strength, maximum support 5KN testing.

High rigid body design

The diplacement resolution is 0.001mm and the accuracy is within ± 0.02+0.0011mm（L= any length mm）. The accuracy of force value is better than ±0.25%.

Optimize key parts

The machine adopts Japan Panasonic servo motor + SHIMPO planetary reducer + THK precision linear guide + THK ball screw are used to optimize key parts to ensure repeated positioning accuracy, high speed, low noise and durable use.

A variety of test modes

such as tensile, compression, bending, stripping and other test software packages, or connector insertion and pull-out force test software package, or key load test software package, specific consulting relevant business personnel.

With multi force channel function

the system adopts Japan NTS precision load cell, and can calibrate 5 sensors of different specifications, which is suitable for more test items.

This UTM are suitable for the testing of tensile,compression,shearing force,adhesion,peeling force,tear strength etc for semiproduct&finished product in the field of rubber,plastic,metal,nylon,fabric,paper,aviation,packing,architecture,petrochemistry,electric appliance,automobile,etc,which are the basic facilities for input quality control(I.Q.C),Quality Control(Q.C),Physical inspection,Mechanics research and material development.

Mașina computerizată de testare a tracțiunii RS-8003 este utilizată pe scară largă în testarea proprietăților mecanice a materialelor nemetalice, cum ar fi cauciucul, materialele plastice, firele și cablurile, textilele, materialele impermeabile, țesăturile nețesute, precum și firele metalice, foliile metalice și plăcile metalice și este, de asemenea, potrivită pentru testele de tracțiune, compresie, decojire, forfecare, rupere și îndoire a tuturor tipurilor de produse finite atunci când sunt combinate cu accesorii speciale.

The dynamic fatigue testing machine is primarily used for testing the dynamic and static mechanical properties of various metallic materials, non-metallic materials, components, elastomers, rubber elasticity and dampers, composite materials, and lithium battery core poles. It can perform tensile, compression, bending, low-cycle and high-cycle fatigue, crack propagation, and fracture mechanics tests under sine wave, triangle wave, square wave, trapezoidal wave, ramp wave, sawtooth wave, and user-defined conditions.

This machine is suitable for adhesive tape, rubber, plastic, sponge, waterproof materials, electric wire & cable & thread, textile, net rope, non-woven fabrics ect nonmetal materials and metallic thread, metal foil, steel plate and metal rod to do stretching, compression, bending, peeling, cutting, tearing tests.

This equipment is designed for testing the friction coefficient of glass, plastic film, paper, metal and other products. The purpose is to drive the sample to one side of the platform through the transmission mechanism, apply a slider to the surface of the sample, and then measure the static friction coefficient and dynamic friction coefficient of the sample and the slider through the force measurement system to obtain the friction coefficient of different batches of products. By measuring the smoothness of the material, the production quality process index can be controlled and adjusted to meet the requirements of product use.