One Universal Testing Machine For More Test Methods
When you need more than a basic tester, this universal testing machine helps you handle different test methods, compare results clearly, and reduce repeated manual work. It supports load, displacement, and deformation control modes, with software tools for curve comparison, yield point analysis, batch testing, automatic data collection, and report output.
- Switch between load, displacement, and deformation control modes
- Compare curves from the same group of tests
- Analyze yield points, elastic sections, and key test results
- Reduce repeated work with batch testing and automatic data collection
- Output reports through Windows software
- Protect the test process with limit, overload, overcurrent, and leakage protection
- Configure large or small deformation options for different samples
A Practical Universal Testing Machine For Material QC
When your lab needs tensile, compression, bending, or pipe ring stiffness testing, separate machines can make daily QC work harder to manage. This microcomputer-controlled electronic universal testing machine gives you a double-space structure, 50 kN test force, Windows software, real-time curve display, and flexible fixtures for different samples. You can test plastics, rubber, pipes, and other materials, then collect data, analyze results, and output reports in one workflow.
Electronic Universal Testing Machine
A double-space gantry testing machine for tensile, compression, bending, shear, peeling, tearing, and pipe-related tests.
A Windows-based testing platform for curve display, data analysis, report output, and multi-standard testing workflows.
Advantages Of Universal Testing Machine
Your testing work may include raw material inspection, pipe testing, product QC, or research comparison. This machine helps you run different mechanical tests through one controlled platform.
Test tensile strength, elongation, yield behavior, elastic modulus, and related parameters for plastic specimens.
Supports seam tensile, pull-out, ring stiffness, and related tests for PE, PVC corrugated pipes, structural-wall pipes, and other plastic pipes.
With suitable fixtures and standards, you can evaluate rubber, fiberglass, and other material properties.
The lower test space is suitable for compression, bending, and other mechanical property tests.
Simplify QC With A Universal Testing Machine
A universal testing machine centralizes force, displacement, curve data, and test results in one software workflow. Operators can set test parameters, monitor real-time curves, analyze results, store data, and output reports without separate manual records. For QC teams that need repeatable testing evidence, this workflow helps reduce mistakes and makes daily material testing easier to manage.
Why Choose FOLISTECH?
When you choose FOLISTECH, you can confirm the test force, fixture type, pipe accessory, deformation option, software reporting need, and applicable standard before purchase. Your test target may be plastic tensile strength, pipe ring stiffness, rubber elongation, or bending strength. We help you match the machine configuration to your real samples, so your lab does not waste time adapting the wrong fixture or control mode later.
Application For Your Universal Testing Workflow
If you manufacture or inspect PE, PVC corrugated pipes, structural-wall pipes, or large-diameter pipe products, you need reliable force, displacement, and accessory configuration. This machine helps your team handle pipe-related tensile, pull-out, and ring stiffness testing in a controlled workflow.
If your factory needs regular tensile, compression, bending, or tearing data, the double-space structure helps your team handle multiple test types without switching to a completely different machine each time.
If your customer or internal team needs complete test curves, yield points, elastic section analysis, and printed reports, the software workflow helps you turn raw testing data into clearer documentation.
Product Details Tab
- Applicable Standards
- Technical Specifications
- Configuration Plan
| Standard | Description |
| GB/T 1040 | Test equipment requirement for plastic tensile testing |
| GB/T 1041 | Test equipment requirement for plastic compression testing |
| GB/T 9341 | Test equipment requirement for plastic bending testing |
| GB/T 528 | Test equipment requirement for rubber tensile testing |
| GB/T 8804 | Test equipment requirement for thermoplastic pipe tensile testing |
| Item | Specification |
| Maximum Test Force | 50 kN |
| Test Force Measuring Range | 0.4% to 100% FS |
| Maximum Error of Test Force Indication | Within ±1% of indicated value |
| Deformation Measuring Range | 0 to 100% FS |
| Deformation Resolution | 1/20000 of maximum deformation |
| Limit Error of Displacement Indication | Within ±1% of indicated value |
| Displacement Resolution | 0.001 mm |
| Test Speed Adjustment Range | 0.05 to 300 mm/min |
| Test Speed Control Accuracy | ±1% |
| Effective Tensile Space After Fixture Installation | 650 mm |
| Effective Test Width | 400 mm |
| Power Consumption | 220 V, 1 kW |
| Main Machine Dimensions | 660 x 420 x 1700 mm |
| Main Machine Weight | 300 kg |
| Item | Configuration |
| Main machine | 50 kN main machine, double-space structure, upper tensile / lower compression |
| Screw | One pair of ball screws, Jining Screw Factory |
| Guide rods | Inside the main machine, on both sides of the screw |
| Motor and driver | Large stepper motor and driver, Beijing Xinsidate |
| 50 kN sensor | High-precision sensor, Guangce |
| Testing machine dedicated measurement and control software | 1 set |
| Ring stiffness accessory | 1 set, 350 x 600 mm |
| Tensile accessory | 1 set |
| Equipment accuracy | Class 0.5 |
Customer Feedback – 50kN Universal Testing Machine
“With one double-space machine, our lab can handle more test types without building a separate workflow for every material or product shape.”
Michael ChenQC Laboratory Manager, Malaysia“Real-time curve display, batch testing, and report output help our team reduce manual records and make test results easier to compare.”
Elena RossiMaterials Testing Engineer, Italy
This universal testing machine can perform tensile, compression, bending, shear, peeling, tearing, puncture, bursting, and other material tests with suitable accessories.
The maximum test force is 50 kN, making it suitable for routine material strength testing of plastics, rubber, pipes, and other samples.
The test speed range is 0.05 to 300 mm/min, supporting different tensile, compression, bending, and pipe testing requirements.
The displacement resolution is 0.001 mm, helping the machine capture small movement changes during material testing.
The source document lists GB/T 1040, GB/T 1041, GB/T 9341, GB/T 528, and GB/T 8804 as related test equipment standards.
The upper test space is used for tensile testing, while the lower space is used for compression, bending, pipe ring stiffness, and related tests.
Yes. The software can set and store test parameters, display and print curves, analyze data in real time, and output test reports.
Large deformation and small deformation options are configured according to user requirements. The final configuration and price depend on the selected testing needs.
