Instron 8872 Servohydraulic UTM Testing Services
How Our Lab Uses the Instron 8872 Servohydraulic UTM
The Instron 8872 Universal Testing Machine allows a wide range of mechanical properties testing. The servohydraulic frame allows for fatigue testing performed in tensile, flex or compression. The machine is also modified to allow for high speed tensile, flex and copression tests. With the use of the conditioning oven all tests can be performed at non-ambient conditions.
Common Applications
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elongation measurements
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tensile, compressive, flexural stress-strain data
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Poisson's ratio
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Young's modulus, shear modulus
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elevated & cryogenic temperatures
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tensile, compressive, and flex
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rate dependence of materials
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fatigue (tensile)
Operating Ranges Offered
| Load | 2N to 25KN |
|---|---|
| Speed | 0.005 to 60,000 mm/min |
| Temperature | -70 to 250°C |
Related Testing Services
| M-040 | Bearing Strength |
|---|---|
| M-512 | Tensile Fatigue |
| M-050 | Open Hole Tension (OHT) |
| M-051 | Open Hole Compression (OHC) |
| M-230 | High Speed 3 Point Flexural Stress-Strain |
| M-232 | High Speed Tensile Stress-Strain |
| M-508 | Tensile Fatigue S-N Curve |
| M-509 | 3 pt. Flexural Fatigue S-N Curve |
| M-233 | High Speed Compressive Stress-Strain |
| M-515 | Tensile Fatigue E-N curve |
| V-150 | Ribbed Plaque Flexural Validation for Abaqus *Elastic *Plastic Model |
| V-151 | Ribbed Plaque Flexural Validation for Elastic Plastic Model |
| V-170 | Torsional Crank Validation of Additive Material Models in ANSYS |
| V-171 | Torsional Crank Validation of Additive Material Models in Abaqus |
| V-172 | Torsional Crank Validation of Additive Material Models in RADIOSS |
| M-245 | Forming Limit Diagram (FLD) |
| M-411 | Low Speed Multiaxial Punch |
The Instron 8872 Servohydraulic UTM at DatapointLabs
Get Started
1
Share your requirements
Tell us about the material, application, environment, and any method, standard, specimen, or conditioning constraints.
2
Confirm the approach
We’ll align the appropriate method, specimen requirements, and deliverables to your objectives, then provide a quote and test plan.
3
Submit your PO and materials
Send the purchase order and arrange delivery of materials or specimens so the program can move into scheduling and execution.
4
Receive your results
You’ll receive an engineering test report with digital data delivery, along with any agreed raw data or method-appropriate outputs.
