Computer Control Servo Hydraulic Universal Testing Machine
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Product overview
One instrument that genuinely does everything is rare, but this servo hydraulic universal testing machine delivers exactly that.
Ask a lab manager what they actually need from a testing machine, and “one instrument that does everything” comes up more often than you’d expect. That’s essentially the case for this series of servo-hydraulic universal testing machines. Tension, compression, bending, shearing, all four run on metal materials without switching equipment, and the same machines handle compression and bending work on nonmetal materials too, cement and concrete being the usual examples. Add a few simple accessories, and the setup stretches further still, into mechanical property testing for fasteners, wire rope, and other components. That’s really what earns it the label of a servo controlled universal testing machine, not one narrow function dressed up as versatility, but genuine range.
It’s this range that explains why these machines turn up everywhere from project quality testing departments to university labs, research institutions, and industrial or mining operations. Calibration is carried out to ASTM E4 and ISO 7500-1, and depending on what’s being tested, the machine runs to ISO 6892, ISO 7438, ASTM A370, ASTM E8, and BS EN standards. For labs answering to more than one regulatory body, having that coverage already built in cuts out a fair bit of back and forth later.
Hydraulic clamping system
Tension tests run through a hydraulic clamp, with a wedge clamp that locks automatically as load builds. Round and flat grips swap depending on the sample, so moving between specimen shapes doesn’t mean stopping to reconfigure anything.
Host machine structure
The host sits on a bottom-mounted oil cylinder, applying hydraulic load and hydraulic clamping together. Tensile jaws stay fixed to the cross beam, which makes installing and releasing samples a good deal simpler than older, more manual arrangements tend to allow.
Motor driven oil pump
This is where the fast response comes from, paired with low noise and low operating temperature. It also just holds up reliably through repeated daily use, which matters more once a lab is running back-to-back tests.
Micron-level clearance sealing
Instead of O-ring seals, the system relies on micron-level clearance sealing. Loading stays stable because of it, and maintenance needs drop considerably over the machine’s working life.
External controller
The controller sits outside the main unit and links to a computer over USB, keeping the hardware side of things fairly simple.
Flexible unit conversion
N, kN, lbf, gf, kgf, switching between them takes no real effort, which helps when working across clients or standards from different regions.
Adjustable speed control
Speed ranges from 0.5 to 50mm/min, giving operators enough room to adjust for different materials and testing conditions.
Sensor and extensometer capacity
Up to 3 force sensors and 8 extensometers can run at once, useful for more involved setups where several measurements need capturing simultaneously.
Full computer control
The test process, result display, analysis, and printing all run through the computer, with data and curves updating in real time as the test moves forward. This is really the core of what makes the computer control servo hydraulic universal testing machine platform worth using day to day, it removes a lot of the manual tracking older systems still require.
Three closed-loop control modes
Testing runs under computer control across load, deformation, and displacement modes, so operators can pick whichever fits the test in front of them.
Multiple testing curves
Load-Time, Extension-Time, Stress-Strain, Load-Extension, and other curve types are all available, and any point along a curve can be zoomed in on and examined closely.
Automatic property calculation
Tensile strength, yield strength, modulus of elasticity, Rp0.2, and Rt0.5 all calculate automatically, saving time and cutting down the chance of manual error creeping in.
Excel-compatible reporting
Reports export straight into Excel format, which makes tracking down a specific data point later a lot less tedious.
Continuous group testing
Samples from the same group can be tested one after another without interruption, and each result still gets broken out and analyzed on its own afterward.
Data and curve storage
Testing results, curves, and raw data all get stored, so nothing needs to be rerun just to pull up an earlier comparison.
Automatic stop on specimen failure
A stop-while-destroy function halts the machine automatically the moment a specimen breaks, protecting both the equipment and whoever’s running it.
Remote crosshead control
A remote controller lets the crosshead be adjusted before a test begins, making setup easier without needing to stand right at the machine.
Windows compatibility
The system runs on several Microsoft Windows versions, including Windows 8, 10, and 11.
Network connectivity
The machine connects into an enterprise or laboratory information network, useful for facilities pulling testing data together across multiple stations or departments.
The real difference between an ordinary hydraulic system and a true hydraulic servo control universal testing machine comes down to precision. Servo control lets the system respond to load and displacement changes as they happen, far more precisely than a conventional hydraulic setup manages on its own. That precision is what makes the three closed-loop control modes on this series actually work the way they’re supposed to, and it’s a big part of why results stay consistent test after test, whether that’s a single sample or a long run through a full batch.
For labs weighing servo-hydraulic universal testing machines against their actual testing volume, this series brings tension, compression, bending, and shear testing together in one computer control hydraulic universal testing machine, without needing separate equipment sitting around for each individual test type. A full computer control servo hydraulic universal testing machine manual is available for teams that want to look closer at setup, calibration, and day-to-day operating procedure before making a final decision.
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