Computer Servo Control Universal Tensile Testing Machine for Metal
and Non-Metal Materials Evaluation and Measurement
Synopsis:
The Computer Servo-Controlled Universal Tensile Testing Machine is
primarily engineered for conducting mechanical property tests on
metals, non-metals, and composite materials. It supports a
comprehensive range of test types, including tensile, compression,
bending, shear, tear, and peel tests—with the capability to
evaluate key performance parameters such as tensile strength, yield
strength, elongation, modulus of elasticity, as well as compression
and bending properties.
Upon completion of each test, the software automatically analyzes
and processes the test results in accordance with the initial test
parameter conditions set prior to the test, and securely stores the
data. Additionally, all test parameters and results can be
retrieved for review and printed after the test is finished. The
software is equipped with flexible control modes, and free upgrades
for the test software are provided to ensure it remains aligned
with evolving testing requirements and industry standards.
Parameter:
Model | XWW-1KN |
Type | single screw table modle |
Max. Load | 1000N |
Accuracy Grade | 0.5% |
Force-measuring Range | 0.4%~100%FS |
Force-measuring Accuracy | ≤±1% |
Crossbeam Displacement Resolution | 0.001mm |
Crossbeam Speed Range | 0.01-500mm/min |
Displacement Speed Accuracy | ≤ 0.5% |
Total Crossbeam Travel | 600mm |
Clamps | Tensile Jig |
PC System | Equipped with brand computer and color inkjet printer |
Power Supply | AC220V;400w |
Standards | ISO7500-1, ISO5893, ASTM D638695790, ASTM D 6614-2000, ASTM
D3107-2007, ASTM D5344 |
Weight | 100Kg |
Packing size | 600mm*420mm*1700mm |
Introduction of the UTM software:
Universal Testing Machine Software (Key Features Include)
Boasts robust functionality, encompassing test programs for
tensile, compression, bending, shear, and peel tests on metallic,
non-metallic, and other materials.
Windows-based with an intuitive interface, ensuring simple
operation and easy mastery.
Supports language switching between Simplified Chinese, Traditional
Chinese, and English.
Allows creation of up to 10 user accounts with password protection.
Equipped with overload protection functionality, enabling users to
preset overload thresholds.
Features seamless switching of force and displacement units, with
real-time display of stress and strain variations.
Test curves (e.g., load-displacement, load-time, displacement-time,
stress-strain, load-tensile length) can be switched
instantaneously.
Incorporates a dual-channel force value calibration system,
including automatic zero-setting and automatic
identification/import of calibration data.
Compliant with multiple international and national testing
standards, including ISO, JIS, ASTM, DIN, and GB.
Enables comparative analysis of test curves within the same group
via overlay display.
Offers automatic zero-setting and automatic calculation of key
parameters: maximum force, upper yield strength, lower yield
strength, tensile strength, compressive strength, modulus of
elasticity, elongation percentage, etc.
System configuration:
1 Machine main unit
1.1 AC servo motor, driver 1 set
1.2 Speed reduce system 1set
1.3 Load cell 1000N 1pc
1.4 Precision precision ball screw 1sets
1.5 Control board 1set
2 Servo control system 1set
3 Notebook Computer 1set
4 Inkjet color printer 1set
5 Tensile test accessories 1set
6 Software installation CD 1set
7Technical documents 1set
8 Tool kit 1 set
including : Instruction Manual
Manual of the Software
Certificate
FAQ:
Q1: What is an Electronic Universal Testing Machine?
A1: An Electronic Universal Testing Machine is a high-precision
testing instrument specifically engineered to evaluate the core
mechanical properties of materials, including tensile strength,
compressive strength, modulus of elasticity, and
elongation—critical metrics for material performance validation.
Q2: What materials can be tested with an Electronic Universal
Testing Machine?
A2: An Electronic Universal Testing Machine supports the testing of
a broad and diverse spectrum of materials, encompassing metals,
plastics, elastomers, and composites, making it adaptable to
multiple industrial material testing scenarios.
Q3: How accurate are Electronic Universal Testing Machines?
A3: Electronic Universal Testing Machines exhibit exceptional
measurement precision, with their measurement error margin strictly
controlled within ±0.5% relative to the actual value, ensuring
reliable and traceable test data.
Q4: What types of tests can be performed with an Electronic
Universal Testing Machine?
A4: An Electronic Universal Testing Machine is capable of executing
a comprehensive array of test modalities, including tensile
testing, compression testing, flexure testing, shear testing, and
tear testing, meeting the diverse mechanical property testing needs
of materials.
Q5: What are the benefits of using an Electronic Universal Testing
Machine?
A5: The Electronic Universal Testing Machine delivers dual
advantages of cost-effectiveness and high precision in evaluating
material mechanical properties. Additionally, it features an
intuitive operational interface and yields fast test results,
significantly enhancing efficiency throughout material testing
processes and supporting streamlined quality control workflows.