Universal Servo Hydraulic Testing Machine for Mechanical Properties
Testing of Metal Non Metallic Materials Structural Parts Components
Application:
The Microcomputer-Controlled Electro-Hydraulic Servo Universal
Testing Machine operates on a precision servo-control mechanism:
the integrated computer system dispatches control signals to the
servo valve, regulating both the valve’s opening degree and flow
direction. This precise regulation governs the hydraulic oil flow
delivered to the cylinder, enabling closed-loop control over
constant test force velocity and constant displacement velocity.
Engineered for comprehensive material performance evaluation, the
machine is capable of conducting tensile, compressive, and flexural
mechanical property tests on a diverse range of specimens—including
metallic materials, non-metallic materials, finished product
components, assembly parts, structural members, and standard
fasteners.
Price advantage:
We have intensified our in-house R&D initiatives and
established a dedicated machining center to independently
manufacture core components. This vertical integration strategy
eliminates intermediate supply chain costs while strictly
maintaining product quality standards.
Our premium-quality testing equipment delivers far greater
long-term value compared to low-cost, inferior alternatives on the
market. By minimizing equipment failure rates, we effectively cut
down on customers’ post-purchase maintenance expenses and enhance
overall testing operational efficiency. This optimal balance of
competitive pricing and uncompromised quality translates into
tangible, sustainable benefits for our clients.
Meet Standards:
ISO 6892, ISO 6934 BS4449,ASTM C39,ISO75001, ASTM A370, ASTM E4,
ASTM E8 and BSEN standards.
Software main function characteristic description:
The integrated measurement and control software is specifically
developed for microcomputer-controlled electro-hydraulic servo
universal testing machines, supporting a full spectrum of
mechanical property tests on metallic and non-metallic materials.
It fulfills standard-compliant functions including real-time
measurement and display, closed-loop test control, data processing
and analysis, and test result output.
Multi-Level Permission Management
Tiered access rights are assigned to operators of different levels,
with customized operation menus matched to each permission tier.
This design streamlines operation for general users—ensuring
simplicity, convenience and efficiency—while also providing robust
system protection against unauthorized adjustments.
Real-Time Data Acquisition & Precision Control
The software enables real-time measurement and display of key test
metrics including test force, peak force, displacement and
deformation. It supports real-time data acquisition and control via
the lower computer, paired with high-precision timing and
high-speed sampling capabilities to guarantee data accuracy.
Dynamic Test Curve Visualization
Real-time on-screen display of test curves (load-deformation,
load-displacement, etc.) is supported, allowing operators to
monitor test progress at any time. Curves can be effortlessly
zoomed in or out for detailed observation and analysis.
Flexible Parameter Storage & Multi-Sensor Compatibility
It features full-function management of test parameters, including
storage, configuration and loading. Zero-setting and calibration
operations are fully software-driven. Parameters can be easily
saved and recalled, enabling seamless switching between multiple
sensors connected to a single host with no restrictions on sensor
quantity.
Dual Control Mode Support with Reference Curve Guidance
The software supports a variety of control modes, covering
open-loop displacement control and closed-loop control modes
(constant speed force, stress control, etc.). During closed-loop
parameter configuration, standard reference curves are provided,
allowing users to visually observe how each parameter impacts
closed-loop control performance.
Intelligent Test Process Expert System
An embedded expert system for test process control is available for
professional users, equipped with an automatic programming tool.
Users can flexibly combine multiple control methods and speeds in
accordance with test requirements and standards to compile
customized control programs. The software then executes automatic
test control based on the predefined parameters.
Human-Machine Interactive Data Analysis
Data processing complies with globally recognized industry
standards, automatically calculating key material performance
parameters such as elastic modulus, yield strength, and specified
non-proportional extension strength. Manual intervention in the
analysis process is also supported to enhance result accuracy, with
compatibility for custom data processing workflows based on
user-provided standards.
Versatile Data Storage & Compatibility
Test data is saved in universal text file format, facilitating easy
query, reprocessing via mainstream commercial reporting or word
processing software, and seamless network transmission for
collaborative analysis.
Test Curve Recording & Comparative Analysis
Complete recording and storage of test process curves are
supported, with curve superimposition functionality to enable
intuitive comparative analysis of multiple test results.
Customizable Test Report Output
Test reports can be printed in user-defined formats. Operators can
select basic test information, key results and curve content for
report output to meet diverse documentation requirements.
Digital Calibration & System Parameter Management
Digital zero adjustment and automatic calibration are implemented
for test force and deformation, simplifying operation procedures
and improving equipment reliability. All system parameters are
stored in file format, enabling convenient saving and quick
restoration when needed.
Broad OS Compatibility & User-Friendly Operation
The software is compatible with legacy operating systems including
Win98, Win2000 and WinXP. All core operations—test process control,
crosshead speed adjustment, parameter input—can be completed via
keyboard or mouse, ensuring a convenient and efficient user
experience.
Intelligent Safety Protection & Customizable Functionality
Built-in overload protection triggers automatic machine shutdown
when thresholds are exceeded, and the system can automatically
detect sample fracture and stop the test accordingly. Software
functions can be customized—added, removed or adjusted—to meet
specific user requirements.
Main technical parameters:
| Specification | WAW-600D |
| Max. capacity (KN) | 600 |
| Relative error of reading | ≤±1% |
| Measure Range | 2%-100% F.S |
| Clamping method | Built-in hydraulic clamping |
| Test Speed | 0.5-50mm/min |
| Round specimen clamping range(mm): | Φ6～Φ40 |
| Max. Flat specimen clamping thickness(mm): | 1-30 |
| Max. Flat specimen clamping width(mm): | 80 |
| Max. tension test space (mm) | 640 |
| Max. compression test space (mm) | 600 |
| Cabinet dimension(mm) | 1200×620×850 |
| Frame dimension(mm) | 770×650×2040 |
| Weight | Approx.2400kgs |
| Column net distance (mm) | 480 |
| Power supply (KW) | 380V 50HZ |
| Safety devices | Software and machinery protection |
| Span of bending roller (mm) | 400 |
| Width of bending roller (mm) | 140 |
| Diameter of bending roller (mm) | Φ30 or other diameter optional |
| Compression platen size (mm) | Φ150 |
| Max. piston stroke (mm) | 200 |
| Piston max. speed (mm/min) | Approx.80 |
Packing and Shipping:
Frequently Asked Questions:
Q1: Is your company a trading firm or a manufacturing factory?
A1: We operate as an integrated factory and trading enterprise,
with 18 years of dedicated focus on the testing instrument industry
and 14 years of proven experience in international exports.
Q2: How can I select the most suitable testing equipment for my
needs?
A2: Our team of technical specialists will provide tailored,
optimal recommendations once you specify your intended test items
and the required technical specifications for your application.
Q3: What are your delivery terms and lead times?
A3: We maintain in-stock inventory for most standard models. For
non-stock items, the regular lead time is 15–20 working days
following the receipt of your deposit. For urgent orders, we are
able to arrange expedited production and delivery on a case-by-case
basis.
Q4: Do you provide OEM/ODM customization services for testing
machines?
A4: Absolutely. In addition to our full range of standard testing
equipment, we offer comprehensive customization solutions tailored
to your specific technical requirements. Please feel free to share
your detailed needs, and our R&D and engineering teams will
strive to fulfill them.
Q5: What packaging methods do you use, and can you guarantee the
machine’s safety during transportation?
A5: Our equipment is packaged in export-compliant standard wooden
crates, engineered to prevent damage during transit. We have an
extensive track record of delivering testing machines worldwide via
sea and air freight, with zero reported damage incidents for
properly packaged shipments.
