Servo Hydraulic Testing Machine Designed for Automatic Testing Report Printing and Data Storage in Metal Material Mechanical Testing
Application:
This product is specifically engineered for tensile testing of metallic materials, dedicated to accurately determining key mechanical property parameters including tensile strength, yield strength, specified plastic extension strength, percentage elongation after fracture, and elasticity modulus. It enables comprehensive evaluation of material mechanical behaviors under tensile loads, providing reliable data support for material quality validation, performance verification, and compliance assessment with industrial standards.
Characteristic:
Core Functional Specifications
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Test Rate Control Mode: Adopts automatic closed-loop control for test rate regulation, ensuring precise and consistent loading/unloading speeds to meet the requirements of various material testing standards.
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Gripping Mechanism: Equipped with a hydraulic wedge-type clamping system, which delivers uniform, high-stability clamping force and rapid fixture adjustment. This design effectively prevents specimen slippage during high-load tests, safeguarding test accuracy and reliability.
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Data Management & Reporting: Test data is automatically archived in the system database with full traceability. A comprehensive test report—incorporating detailed test parameters, characteristic test curves, and key performance indicators—can be automatically generated and printed on-demand, streamlining post-test documentation and data analysis workflows.
Price advantage:
We have significantly enhanced in-house R&D capabilities and established a dedicated machining center to manufacture core components independently. This vertical integration strategy enables us to streamline the supply chain, reduce intermediate link costs, and maintain uncompromised product quality—eliminating third-party supplier markups while ensuring the precision and reliability critical to testing equipment performance.
Our high-quality testing instruments deliver far greater long-term cost savings compared to low-cost, substandard alternatives. While budget-grade equipment may seem economical upfront, its inherent flaws often lead to frequent malfunctions, costly maintenance downtime, and premature replacement, ultimately increasing the total cost of ownership (TCO). In contrast, we prioritize minimizing equipment failure rates through rigorous quality control: this not only reduces our clients’ ongoing maintenance expenses but also boosts overall testing operational efficiency.
The optimal balance of competitive pricing and superior quality translates into tangible, long-term value for our clients. It ensures they achieve higher testing productivity, lower TCO, and consistent, reliable test data—delivering real, measurable benefits for their quality control, R&D, and production workflows.
Meet Standards:
ISO 6892, ISO 6934, BS4449, ASTM C39, ISO75001, ASTM A370, ASTM E4, ASTM E8 and BSEN standards.
Overload protection:
1.Overload Protection
When the applied test force exceeds 2%–5% of the maximum test force for each measurement range, the system’s overload protection mechanism will be automatically triggered, initiating an emergency stop of all test operations. This safeguard prevents damage to the equipment and ensures the integrity of test specimens.
2.Stroke Limit Protection
When the hydraulic piston reaches its upper mechanical limit position, the built-in stroke protection system will activate, and the pump motor will immediately shut down. This function effectively avoids mechanical collisions or structural damage to the mainframe caused by overtravel.
Main technical parameters:
| Model | WAW-2000D |
| Max. test force(kN) | 2000KN |
| Structure | Four columns two ball screws, oil cylinder down-setting type |
| Load range | 1%-100% |
| Middle Beam elevating speed (mm/min) | 170 mm/min |
| Max. Tensile space (mm) | 700mm |
| Max. Compression space (mm) | 600mm |
| Piston stroke(mm) | 250mm |
| Stranded wire clamping range | Φ35-80mm |
| Power total | 3.2KW |
| Compression plate size | Φ160mm |
| Bending support roller distance | 350mm |
Packing and Shipping:
Frequently Asked Questions:
Q1: Is your company a trading firm or a manufacturing factory?
A1: We operate as an integrated manufacturing and trading entity with 18 years of dedicated focus on the testing instruments sector and 14 years of proven international export experience. Our vertically integrated model combines in-house R&D, production capabilities, and professional global trade services, ensuring end-to-end quality control and efficient cross-border cooperation.
Q2: How can I select the most suitable testing equipment for my needs?
A2: Our team of technical specialists will provide tailored, optimal product recommendations once you specify key details, including the specific test type you need to conduct and your technical requirements (e.g., test force range, specimen dimensions, compliance standards). We prioritize aligning solutions with your actual application scenarios to maximize testing efficiency and data reliability.
Q3: What are your delivery terms and lead times?
A3: In most cases, we maintain in-stock inventory of standard testing instruments for immediate shipment. For non-stock or custom-configured products, the standard lead time is 15–20 working days from the date of deposit confirmation.
For urgent procurement needs, we can arrange expedited production and delivery on a case-by-case basis to accommodate your project timelines.
Q4: Do you offer customization services for testing equipment?
A4: Yes, we provide comprehensive customization services alongside our standard product lineup. Beyond off-the-shelf machines, we can design and manufacture fully customized testing equipment tailored to your unique technical specifications, workflow requirements, or industry compliance needs. Feel free to share your detailed requirements with our team, and we will leverage our R&D and manufacturing expertise to deliver a solution that meets your objectives.
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