WDW-05 5KN Microcomputer Controlled Electronic Universal Testing Machine

Max Testing Force(N): 5000
Force Measurement Range: 2%~100%FS
Displacement Resolution: 0.01
Test speed: Test speed

WDW-05 5KN Microcomputer Controlled Electronic Universal Testing Machine  



WDW-05 5KN Microcomputer controlled Electronic Universal Testing Machine is designed and manufactured according to ASTM, ISO,DIN etc standards. It is computer-controlled precision testing machine, suitable for wide range of material for tension compression, bending and shearing test. It has high stability as well as high precision, equipped with PC system& printer for graph, test result display, test control as set program, printing & data processing. Complete with modulus for metal, spring, textile, rubber, plastic and other material testing & creep test. It is widely used in many field used in many fields such as industry factories, mineral enterprise and high schools.

Why we choose the electronic universal testing machine?

Electronic universal testing machine mainly adopts servo motor as power source, lead screw screw as the execution parts, to achieve the speed control of the moving beam of the testing machine in the transmission control, are the use of synchronous belt and reducer; In the force measuring electronic universal testing machine are used load sensor, with the characteristics of stable transmission and low noise.

Technical Features

The mainframe is a double-space door structure. The driving principle is that the motor drives the ball screw pair to rotate after decelerating through the reducer system, thus driving the middle beam up and down to complete the test, the transmission is stable and the noise is low.

Force , displacement , deformation measurement resolution up to 1 / 300000 of full scale

Using four guiding optical screws, high precision ball screw.The high rigid frame is composed of thick beam and base,which can guarantee the frame with excellent longitudinal and transverse rigidity and good overall accuracy.

Under the guidance of the internal control precision of 5% of coaxiality, the cross joint can be precisely aligned in axial test, and the linear motion of the beam can be guaranteed, so as to ensure that the influence of the lateral force on the specimen under load is minimal. Thus, better test performance can be obtained

Can realize closed-loop control of parameters such as test force,specimen deformation and beam displacement .It can be used to realize the tests of constant speed- test force, constant speed- displacement, constant speed- strain, constant speed-load cycle, constant speed-deformation cycle and so on. Various control modes can be switched smoothly. And smooth transition.Advanced Neuron Adaptive PID Control algorithm.




Technical Specifications



Max Testing Force(KN)


Accuracy Class

Class 1/ Class 0.5

Force Measurement Range

 Standard :2%~100%FS; Optional:0.4%~100%FS

Accuracy OTest Force

within ±0.5%

Speed Accuracy

within ±0.5% set speed

Displacement Accuracy

within ±0.5%

Resolution ODisplacement


Deformation Measurement System

Standard: Gauge length 50mm,Deformation range 10mm (can be customized)

Deformation Measurement Range


Deformation Measurement Accuracy

Within ±0.5%  

Tensile Space(mm)

650 (can be customized)

Compression Space(mm)

650 (can be customized)

Test Width(mm)

Standard:360mm,400mm,520mm(can be customized)

Beam Travel Distance






Power Supply

AC220V,50Hz(can be customized)


One set of tensile compression bending test clamp(can be customized)


Various tensile compression bending test clamp can be configured according to user requirements.(can be customized)



1. English
2. Sample settings can be saved, changed and remembered
3. Examination of metal, plastic, minerals, organic and inorganic materials, fiber fabrics and textiles
4. Display of one sample curve or support for multiple curve overlays
5. Report in Excel, TXT, CSV, TAB format
6. Load displacement, deformation and real-time testing flow
7. Dynamic display
8. Device management and monitoring locally as well as remotely via a web application
9. Must be able to self-calibrate
10. Disconnect function after completion of testing

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