| Test Space: | Maximum distance between tensile grips 800mm; Maximum compression space 800mm; Piston stroke 350mm |
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The WAW-2000D is a computer-controlled, electro-hydraulic universal testing machine designed for third-party laboratories, quality control departments and materials research facilities. With a maximum test force of 2000kN, it performs tensile, compression, bending and shear-related tests on metals and selected non-metallic materials. Laizhou Jincheng Industrial Equipment Co., Ltd. combines hydraulic loading, digital closed-loop control and computerized data processing to support standardized testing workflows and traceable records.
The 2000kN capacity supports mechanical performance evaluation for steel, alloys, structural components, bars, plates and other high-load samples.
Standard tensile, compression and bending fixtures allow laboratories to perform common mechanical tests on one platform, with compatible tooling available for related applications.
The software records force, deformation, displacement and test curves, helping users store, review and re-analyze historical test results for quality documentation.
For quality control tensile testing and third-party material inspection, the WAW-2000D uses digital closed-loop control of test force, specimen deformation and piston displacement. Operators can set constant stress, strain, force or displacement modes, observe the loading process in real time, and process results according to applicable methods such as GB/T 228.1-2010. Its lower-cylinder structure, hydraulic clamping and adjustable test space help accommodate different specimen sizes and fixture requirements.
| Maximum test force | 2000kN |
|---|---|
| Force measurement range / accuracy | 1%–100% FS / ±1% |
| Maximum tensile and compression space | 800mm |
| Piston stroke / column clearance | 350mm / 640mm |
| Round / flat specimen clamping | Φ13–Φ70mm / 0–40mm thickness, 125mm max. width |
| Compression platen and clamping | Φ200mm / hydraulic clamping |
The WAW-2000D is suitable for organizations that need high-capacity material testing together with controlled procedures and retrievable data. Before configuration, users should confirm expected loads, specimen dimensions, test standards, required fixtures, laboratory space, power supply and installation conditions. Laizhou Jincheng can discuss configuration details based on the material type and testing process.
| Test Space: | Maximum distance between tensile grips 800mm; Maximum compression space 800mm; Piston stroke 350mm |
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