10–50 kN Machine Capacity | Interchangeable Load Cells | Class 0.5
The ITM-LAB RS-8000 is a dual-column universal testing machine designed for tensile, compression, bending and other mechanical tests on materials and components.
Available in 10–50 kN machine capacities, the system supports interchangeable load cells for different force requirements, including low-force applications using 100 N–2 kN sensors.
With application-specific grips, optional extensometers and computer-controlled software, ITM-LAB provides complete testing configurations based on your specimen, required force range and applicable test standard. Request a Configuration & Quotation
Key Features
- Class 0.5 Force Measurement
Class 0.5 measurement performance, with load cells selected according to the expected working force and required measurement range.
- Interchangeable Load Cells
Available sensor capacities range from 100 N to 50 kN, allowing the same testing platform to accommodate different force requirements.
- AC Servo Drive & Dual-Column Frame
A dual-column structure and AC servo drive provide controlled crosshead movement for mechanical testing.
- Configurable Grips & Testing Software
Interchangeable fixtures, custom tooling and computer-controlled software support different materials, test methods and reporting requirements.
Technical Specifications
The RS-8000 is available with different machine capacities, load cells and testing-space configurations.
| Specification | RS-8000 |
|---|---|
| Machine Type | Dual-Column Servo-Controlled Universal Testing Machine |
| Machine Capacity | 10 / 20 / 50 kN |
| Load Cell Options | 100 N / 200 N / 500 N / 1 / 2 / 5 / 10 / 20 / 50 kN |
| Force Measurement Accuracy | Class 0.5 |
| Load Resolution | 1/500,000 |
| Test Speed | 0.01–500 mm/min or 0.01–1000 mm/min* |
| Crosshead Stroke (Excluding Grips) | 800 mm (1000 mm Optional) |
| Effective Test Width | 400 / 500 mm |
| Displacement Resolution | 0.001 mm |
| Drive System | AC Servo Motor |
| Force Units | N, kN, gf, kgf, lbf |
| Extensometer | Optional |
| External Dimensions (W × D × H) | 830 × 670 × 1940 mm |
| Approx. Machine Weight | 245 kg |
| Power Supply | AC 220V, 5A |
Test-speed options depend on the selected machine configuration.
Technical Note: Machine capacity and load-cell measurement range are different specifications. The actual measurement range should be confirmed according to the selected sensor and applicable calibration conditions.
Testing Applications
The RS-8000 supports multiple mechanical tests through interchangeable fixtures and software configurations.
Tensile Testing
Measures tensile force, breaking force, tensile strength and elongation in plastics, rubber, metals, wires, cables and engineering materials.
Compression Testing
Evaluates compression force, deformation and compressive behavior using suitable compression platens.
Flexural Testing
Supports three-point bending and other applicable flexural methods using dedicated bending fixtures.
Additional Testing Applications
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Peel Testing: Adhesive tapes, bonded materials, films and laminates.
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Tear Testing: Rubber, elastomers, films and flexible materials.
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Shear Testing: Materials, joints and components using application-specific tooling.
Grips, Fixtures & Accessories
Correct fixture selection helps maintain specimen alignment, minimize slipping and obtain reliable test results.
ITM-LAB provides interchangeable and application-specific fixtures for different materials, specimen geometries and test methods.
| Fixture / Accessory | Typical Application |
|---|---|
| Tensile Grips | Flat and round specimens, plastics, rubber and metals |
| Compression Platens | Compression and deformation testing |
| Three-Point Bending Fixture | Flexural strength and bending tests |
| Peel Fixtures | 90°, 180° and T-peel testing, as applicable |
| Wire & Cable Grips | Breaking force and tensile testing |
| Terminal / Connector Fixtures | Pull-out and retention-force testing |
| Extensometer | Direct specimen strain and elongation measurement |
| Custom Fixtures | Irregular components and special testing applications |
Flexible Load Cell Configuration
Machine capacity and actual force measurement range are not the same.
For example, a 50 kN machine can be configured with a lower-capacity load cell for testing specimens with relatively small breaking forces.
Available load cell options range from 100 N to 50 kN, depending on the selected machine configuration.
The appropriate sensor should be selected according to the expected working force, required measurement accuracy and applicable test standard.
An extensometer can also be configured when direct specimen strain measurement is required.
Testing Software & Data Analysis
The RS-8000 uses computer-controlled testing software for test execution, data acquisition and result analysis.
Test Setup
Configure the test method, specimen dimensions, test speed and applicable parameters.
Real-Time Monitoring
Record force and displacement data throughout the test, with graphical curve display.
Result Analysis
Depending on the test method and system configuration, available results may include:
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Maximum force and breaking force
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Tensile strength and elongation
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Compression and flexural results
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Peel and tear force
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Force–displacement curves
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Stress–strain curves
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Pass / Fail evaluation
Test Reporting
The software supports test data recording, curve analysis and report generation.
Multi-language software interfaces are available for different operating environments.
Supported Testing Standards
The RS-8000 can be configured to perform mechanical tests according to relevant ASTM, ISO and GB/T procedures.
| Test Application | Relevant Standards |
|---|---|
| Plastic Tensile Testing | ASTM D638 / ISO 527 / GB/T 1040 |
| Metal Tensile Testing | ASTM E8/E8M / ISO 6892-1 |
| Plastic Flexural Testing | ASTM D790 / ISO 178 |
| Plastic Compression Testing | ASTM D695 / ISO 604 |
| Rubber Tear Testing | ASTM D624 |
| T-Peel Testing | ASTM D1876 |
| Pressure-Sensitive Tape Peel | ASTM D3330 |
| Wood & Structural Materials | ASTM D143 / ASTM D198 |
Standard Compatibility
The complete testing system should be configured according to the applicable standard edition, specimen geometry, required measurement method and suitable fixtures.
How to Select the Right RS-8000 Configuration
The appropriate testing system should match the specimen, expected working force, test method and required results—not simply the highest available machine capacity.
Before finalizing the configuration, consider:
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Specimen: Material, dimensions and geometry.
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Expected Force: Maximum test force and required measurement range.
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Test Method: Tensile, compression, bending, peel, tear or shear.
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Testing Standard: ASTM, ISO, GB/T or internal procedure.
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Fixtures & Accessories: Suitable grips, load cell and extensometer.
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Test Space: Specimen length, expected deformation and fixture dimensions.
Get a Testing System Configured for Your Application
ITM-LAB provides more than a universal testing machine. Our team can assist with machine capacity selection, load cell matching, custom fixtures, software configuration, installation and operator training.
To help us recommend the appropriate RS-8000 configuration, please provide:
| Required Information | Your Test Requirement |
|---|---|
| Sample / Material | What are you testing? |
| Sample Dimensions | Width, thickness, diameter or length |
| Expected Maximum Force | N / kN / kgf |
| Test Method | Tensile / Compression / Bending / Peel / Tear / Shear |
| Testing Standard | ASTM / ISO / GB/T / Internal Method |
| Required Results | Strength, elongation, force, displacement, etc. |
| Sample Photo / Drawing | Recommended for custom fixtures |
Send us your specimen details and testing requirements. We will help configure a suitable RS-8000 testing system for your application.
What capacity should I choose for the RS-8000?
Select the machine capacity according to the expected maximum test force and required measurement range. A higher-capacity machine is not automatically more suitable for every specimen.
Can a 50 kN RS-8000 perform low-force testing?
Yes. A 50 kN machine can be equipped with a lower-capacity load cell, such as 100 N, 500 N, 1 kN or 2 kN, for suitable low-force applications.
The actual usable measurement range depends on the selected sensor and its calibration conditions.
Can the RS-8000 perform both tensile and compression testing?
Yes. The same machine can perform tensile and compression testing using the appropriate fixtures and software methods. Bending, peel, tear and shear testing can also be supported through suitable configurations.
Can ITM-LAB provide custom fixtures?
Yes. Custom fixtures can be developed according to specimen geometry, test method and expected force. Sample photographs, dimensions or drawings help determine the appropriate design.
Do I need an extensometer?
An extensometer may be required when the applicable standard specifies direct strain measurement or when crosshead displacement is insufficient for the required result.
Does the RS-8000 support ASTM and ISO testing?
The RS-8000 can support a range of ASTM and ISO mechanical testing methods. Compliance with a particular procedure depends on the complete machine configuration and applicable standard edition.
