Computer Controlled UTM Universal Testing Machine for Deformation Testing of Wood Leather Rubber Plastic Metal Material
Applications:
A. Testable Samples: Laminated materials, wood, leather, rubber, plastics, metallic materials, etc.
B. Diverse Tests (via Grip Matching): Tensile testing, peel testing, tear testing, heat seal strength testing, adhesion testing, bending testing, and opening force testing.
C. Deformation Under Preset Load: Measures the deformation of test samples under a preset load (quantifies sample stretch or displacement under fixed force input).
D. Load Under Preset Deformation: Determines the load required to achieve a preset deformation of test samples (evaluates force intensity needed to reach a specified sample shape change).
The supporting software enables the generation of Word/Excel-formatted test reports, which systematically present key test results including maximum force, elongation, tensile strength, peel strength, tear strength, compressive strength, and more.
Meet Standards:
Including but not limited to ASTM,JIS,CE, ISO,EN,BS EN,SAE,FTM...etc.
Technical parameter:
| Model |
XWW-200KN |
| Type |
Door model with single test space |
| Max. Load |
200KN |
| Accuracy Grade |
0.5% |
| Force-measuring Range |
0.4%~100%FS |
| Force-measuring Accuracy |
≤±0.5% |
| Deformation-measuring Range |
2%~100%FS |
| Deformation-measuring Accuracy |
1% |
| Crossbeam Displacement Resolution |
0.001mm |
| Crossbeam Speed Range |
0..05~300mm/min |
| Displacement Speed Accuracy |
≤ 0.5% |
| Test Width |
520mm |
| Tensile Space |
595mm |
| Compression Space |
695mm |
| Electronic extensometer |
50/10mm or 50/25 |
| Clamps |
Wedge Grip, wire rope winding clamp |
| PC System |
Equiped with brand computer |
| Power Supply |
AC220V |
| Size of the host |
1100*800*2700mm |
| Weight |
1850kg |
Introduction of the UTM software:
-
Supports tensile, compression, shear, bending, and other test modalities;
-
Enables open editing of tests, standards, and procedures, along with import and export functionality for testing protocols, standards, and procedures;
-
Supports customization of test parameters to meet specific testing requirements;
-
Utilizes an open Excel-based report framework, allowing users to define custom report formats;
-
Facilitates flexible querying and printing of test results, with support for batch printing of multiple samples and custom sorting of printed items;
-
Incorporates hierarchical user permission management (administrator, tester) to control procedural access and operations;
-
Boasts robust functionality, encompassing dedicated test programs for tensile, compression, bending, shear, and peel tests on metallic, non-metallic, and various other materials;
-
Windows-based, featuring intuitive operation and easy-to-learn functionality for streamlined user adoption;
-
Supports seamless language switching between Simplified Chinese, Traditional Chinese, and English.
System configuration:
| No. |
Project Name |
Manufacturers And Specifications |
Qty |
| 1 |
Main Engine |
Beijing Jinshengxin |
1 Set |
| 2 |
Ball Screw Pair |
Tianjin He Chun |
2 Sets |
| 3 |
Ac Servo System |
Panasonic, Japan |
1 Set |
| 4 |
Load Sensor |
American Celtron |
1 Pcs |
| 5 |
Software And The Closed-Loop Control System |
Independent Research And Development |
1 Set |
| 6 |
Computer |
Lenovo NoteBook |
1 Set |
| 7 |
Tools and Files |
Operating Manual, Installation Manual |
Each one |
| 8 |
Attached |
1.Wedge Stretch Fixtures |
Flat Clamp Mouth: 0-9, 9-18(mm) |
Each One Set |
| Round Clamp Mouth:φ4-φ9, φ9-φ18(mm) |
Each One Set |
| 2.Wire rope winding clamp |
Disk Diameter: φ1-φ14mm |
1set |
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—key metrics for validating material performance in industrial production, quality control, and R&D scenarios.
Q2: What materials can be tested with an Electronic Universal Testing Machine?
A2: An Electronic Universal Testing Machine supports testing of a wide and diverse spectrum of materials, encompassing metals, plastics, elastomers, and composites. This versatility enables it to adapt to material testing demands across industries such as automotive, aerospace, electronics, and packaging.
Q3: How accurate are Electronic Universal Testing Machines?
A3: Electronic Universal Testing Machines exhibit exceptional measurement accuracy, with their measurement error margin strictly controlled within ±0.5% relative to the actual value. This rigorous precision ensures test data is reliable, traceable, and compliant with international standards (e.g., ISO, ASTM, GB).
Q4: What types of tests can be performed with an Electronic Universal Testing Machine?
A4: An Electronic Universal Testing Machine is capable of performing a comprehensive suite of test modalities, including tensile testing, compression testing, flexure testing, shear testing, and tear testing. This full range of functions meets the diverse mechanical property evaluation needs of different materials and application scenarios.
Q5: What are the benefits of using an Electronic Universal Testing Machine?
A5: The Electronic Universal Testing Machine offers dual advantages of cost-effectiveness and high precision in assessing material mechanical properties. It also features an intuitive operation interface and delivers fast test results—significantly enhancing efficiency throughout the material testing workflow and supporting streamlined quality control for businesses.
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