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Electronic Universal Testing Machine

High-precision electronic universal testing machines designed for testing the mechanical properties of materials are widely used in laboratories, factories, and quality inspection agencies.

Metal Impact testing machine- -Charpy or izod test at room temperature or low temperature

Universal Testing Machine (UTM), also known as an electronic tensile testing machine or electronic universal testing machine, is used to perform tensile, compression, bending, peel, and shear tests on metals, plastics, rubber, composite materials, textiles, and other materials.

The equipment employs a servo motor and ball screw drive system, coupled with a high-precision load cell, to ensure stable and accurate testing.

All models comply with international testing standards such as ASTM, ISO, DIN, and GB, meeting the professional needs of both laboratory and industrial clients.

WDW-500E600E1000E 500 600 1000KN Electronic Universal Testing Machine

Experiential Materials Mechanics Testing

Complex testing tasks have never been easier. This video will guide you through our intuitive interface and powerful data analysis software.

Quick Setup: Pre-set test templates for one-click start.

Real-time Visualization: Dynamically track the testing process and automatically generate stress-strain curves.

Safe and Reliable: Equipped with overload protection and automatic limit functions to ensure operator and equipment safety.

Watch the video to see how this UTM significantly improves your testing efficiency while maintaining lab-grade accuracy.

Product Features

High Precision Load Cell

Delta Servo motor and ball screw, smooth operation

Low noise and high stability ensure consistent test speed and accurate displacement

New designed Handheld Unit controller

Professional materials testing software

  • 1

    Real-time display of force-displacement and stress-strain curves
  • 2

    Automatically calculates yield strength, tensile strength, elongation, etc.
  • 3

    Multilingual interface
  • 4

    PDF/Excel report export
  • 5

    Data storage and batch management

Multiple clamps available

Tension clamps, compression discs, three-point bending clamps, peeling clamps, shearing clamps, etc., can be customized according to materials.

Electronic Universal Testing Machine Model Selection

A truly universal tester

General FAQs

1.What is a tensile testing machine?

Tensile testing machines – also known as universal testing machines – are used to test the mechanical properties of materials, components, and devices.

 

Universal testing machines, which include electromechanical and hydraulic systems to perform static testing, including tensile, compression, bend, peel, tear, and other mechanical tests. These tests can tell us about the mechanical properties of a material or component. How strong it is, how much it can elongate/how much it stretches, how much it can compress before breaking, and how flexible it is. They can also measure the strength of an adhesive bond.

Digital display model and Computer control model

The typical Materials & Standards used in a tensile test are:

Ceramics – ISO 15733, ISO 15490, ISO 17561

Composites – MIL-HDBK-17, ISO 527 (Parts 4 & 5 on FRP composites)

Elastomers & Rubber – ASTM D412, ISO 37

Metals – ASTM E8 (at room temperature, E21 (high temperature, BS EN 10002, ISO 6892

(at ambient temperature), ISO 783 (elevated temperature), ISO 15579 (at low temperature)

Paper – ASTM D828, ISO 1924 (Parts 1 & 2), ISO 3781

Plastics – ISO 527, ASTM D638

Textiles & Yarns – ASTM D76, D3822, D2256, D2653, ISO 9073 (Part 3 on nonwovens),

ISO 13934, ISO 13935

Wood – ISO 9086, 3345, 3346

4.Who uses tensile testing machines?

Any industry that makes or uses raw materials uses universal or materials testing machines to test raw materials such as plastics, metals, elastomers, and composites. These machines are also used to test finished products such as automotive components, biomedical devices, and consumer electronics.

Common data points rendered by universal testing machines include tensile strength, compressive strength, peel, tear, and friction properties, flexural strength, shear, etc. Tests can also be performed to common standards such as ASTM D638, ASTM D412, ISO 6892, etc.

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