The WAW-D Computer-Controlled Hydraulic Servo Universal Testing Machine features an oil cylinder-down dual-space structure designed for accurate testing of steel and metal materials. The area between the upper beam and middle beam serves as the tensile space, while the area between the middle beam and workbench functions as the compression space.

This advanced design enables automatic adjustment of tensile and compression spaces via lead screw rotation and vertical movement of the middle beam, ensuring flexible adaptation to diverse test requirements.

Primarily engineered for mechanical property testing of metallic materials, the machine supports:

• Tensile testing
• Compression testing
• Bending testing
• Shear testing
• Other core mechanical tests

With compatible fixtures, it can also perform tests on non-metallic materials and composite specimens, expanding its application scope across multiple industries.

Equipped with a high-precision closed-loop servo control system integrating controller, servo valve, oil pressure sensor, displacement sensor, extensometer, and computer. This system delivers automatic and precise control of the entire test process, accurately measuring key parameters including test force, displacement, and deformation in real time.

The tester supports multiple test modes:

• Constant test force rate
• Constant deformation rate
• Constant displacement rate

It enables three-mode control integration (force, deformation, displacement) within a single test, with seamless switching between control modes to simulate real-world stress conditions.

Test parameters are automatically collected by the computer and processed via specialized software, which controls the test process autonomously and calculates results intelligently. Test curves and data are displayed in real time on the computer interface, and comprehensive test reports—complete with corresponding curves—can be generated and printed directly for documentation and analysis.

We have significantly scaled up in-house research and development (R&D) initiatives, established a dedicated machining center, and manufacture core components independently. This vertical integration strategy enables us to optimize supply chain costs without compromising product quality—delivering competitive pricing paired with uncompromised performance.

Our premium-quality testing equipment delivers far greater long-term cost savings compared to low-cost, inferior-quality alternatives. By minimizing machine failure rates, we not only reduce our clients' maintenance expenses but also enhance operational efficiency—ensuring uninterrupted testing workflows and maximizing productivity.

ISO 6892, ISO 6934 BS4449, ASTM C39, ISO75001, ASTM A370, ASTM E4, ASTM E8 and BSEN standards.