Product Overview
The RS-8000A 100–300 kN Electromechanical Universal Testing Machine is a floor-standing electromechanical universal testing machine designed for high-force mechanical testing from 100 kN to 300 kN.
With interchangeable grips, fixtures and extensometers, the system can perform tensile, compression, 3-point/4-point bending, shear, peel and other mechanical tests on metals, plastics, composites and industrial components.
Available in 100 kN, 200 kN and 300 kN configurations, the RS-8000A combines a rigid dual-screw load frame, Class 0.5 force accuracy, servo-controlled crosshead movement and anyTest Pro software for R&D, material characterization and industrial QA/QC laboratories.
Quick Specifications
| Maximum Capacity | Force Accuracy | Test Speed | Test Width | Crosshead Stroke |
|---|---|---|---|---|
| 100 / 200 / 300 kN | Class 0.5 | 0.001–250 mm/min | 600 mm | 1000 mm |
Typical Applications: Metals · Plastics · Composites · Automotive Components · Industrial Materials
[Request a Quote] | [ Watch the video ]
What Can the RS-8000A Test?
One Machine for Multiple Mechanical Tests
The RS-8000A can be configured with different grips, fixtures, load cells and extensometers to support a wide range of static mechanical tests.
| Test Type | Typical Materials & Applications |
| Tensile Testing | Steel, aluminum, plastics, composites, fasteners and structural materials |
| Compression Testing | Rigid plastics, structural materials, components and assemblies |
| 3-Point / 4-Point Bending | Plastics, composites, metal specimens, boards and structural materials |
| Shear Testing | Fasteners, joints, components and material interfaces |
| Peel / Tear Testing | Laminated, bonded and flexible material systems |
| Custom Component Testing | Automotive parts, industrial components and application-specific specimens |
Different applications may require different grips, fixtures, extensometers and load-cell capacities.
One load frame can support multiple test methods by changing the test configuration around the specimen and applicable standard.
Choose the Right Testing Capacity
100 kN, 200 kN or 300 kN?
The RS-8000A Series is available in multiple force capacities so laboratories can configure the machine according to the expected specimen load rather than simply selecting the highest available capacity.
| Model | Maximum Capacity | Typical Selection |
| RS-8000A-100KN | 100 kN | General material testing, plastics, composites, aluminum and industrial components |
| RS-8000A-200KN | 200 kN | Medium- to high-strength materials, metal components and structural specimens |
| RS-8000A-300KN | 300 kN | Steel, higher-strength materials and higher-load mechanical testing |
How Should UTM Capacity Be Selected?
The correct machine capacity should be determined by:
- Expected maximum specimen load
- Material and specimen geometry
- Tensile, compression or bending test method
- Required force measurement range
- Grip and fixture configuration
- Extensometer requirements
- Applicable ASTM, ISO or internal test procedure
For example, a specimen expected to fail below 80 kN does not automatically require a 300 kN system. Measurement requirements and the appropriate load cell should also be considered.
Start with the specimen and expected test force—not simply the maximum machine capacity.
Engineered for Stable High-Force Testing
Higher test loads require more than a larger load cell. Frame rigidity, crosshead guidance, drive control and force measurement all affect test stability and repeatability.
Dual Ball-Screw Load Frame
The RS-8000A uses high-precision preloaded dual ball screws combined with heavy-duty dual guide columns.
The rigid floor-standing structure helps maintain controlled crosshead movement and mechanical alignment during higher-force tensile, compression and bending tests.
Class 0.5 Force Measurement
The force measurement system provides:
- Accuracy classification: Class 0.5
- Force measuring range: 0.4%–100% FS
- Force indication relative error: Within ±0.5%
- Force resolution: 1/500,000 FS
This wide measurement range allows laboratories to capture changes in force throughout the test while maintaining consistent measurement performance.
Panasonic AC Servo Drive
A Japanese Panasonic AC servo motor and drive system provides controlled crosshead movement across a wide speed range:
0.001–250 mm/min
Crosshead speed accuracy is within ±0.5% of the set value.
The servo drive, synchronous belt and reducer work together to provide smooth movement for different material test methods.
TRANSCELL Force Sensor
The RS-8000A is equipped with a high-precision TRANSCELL load cell for tension and compression force measurement.
The load cell provides a 150% safe overload capacity, helping protect the force measurement system against accidental overload conditions.
ASTM & ISO Test Methods
Configure the Machine Around the Test Standard
A universal testing machine does not meet a material test standard simply because the load frame has sufficient capacity.
The correct configuration may also require appropriate grips, fixtures, extensometers, test speeds, specimen dimensions and calibration procedures.
The RS-8000A can be configured for mechanical testing according to commonly used ASTM and ISO methods, including:
| Material / Test | Common Reference Standards | Typical Configuration |
| Metal Tensile Testing | ASTM E8/E8M, ISO 6892-1 | Tensile grips + extensometer |
| Plastic Tensile Testing | ASTM D638, ISO 527-1/-2 | Tensile grips + extensometer |
| Plastic Flexural Testing | ASTM D790, ISO 178 | 3-point / 4-point bending fixture |
| Rigid Plastic Compression | ASTM D695, ISO 604 | Compression platens |
| Rubber Tensile Testing | ASTM D412, ISO 37 | Appropriate grips + extensometer |
| Metal Bend Testing | ASTM E290, ISO 7438 | Bending fixture |
| Force Verification | ASTM E4, ISO 7500-1 | Applicable calibration / verification procedure |
Grips, Fixtures & Extensometers
The RS-8000A uses a modular fixture system so the same machine can be adapted to different specimens and test methods.
> Metal Tensile Grips
Wedge-action grips are available for flat and round metallic specimens.
- Flat specimen jaws: 6–18 mm
- V-shaped jaws for round specimens: Φ6–Φ36 mm
> RS-15 Compression Platens
Ground compression platens are available for compression and crushing tests.
- Platen diameter: Φ150 mm
> RS-W 3-Point / 4-Point Bending Fixture
Adjustable bending fixtures can be configured for flexural and bend testing.
- Adjustable span: up to 340 mm
- Interchangeable roller radius: R15
> Electronic Extensometer
Available for applications requiring more precise strain measurement, particularly metallic and rigid-material tensile testing.
> Long-Travel Extensometer
Available for materials with larger elongation requirements.
> Environmental Test Configuration
High- and low-temperature test chambers can be integrated for applications requiring mechanical testing under controlled temperature conditions.
Need a Special Fixture?
For irregular components or application-specific specimens, ITM-LAB can design fixtures according to the specimen geometry, gripping position, loading direction and required test method.
anyTest Pro Testing & Analysis Software
The RS-8000A is operated through anyTest Pro, providing test control, real-time data acquisition, curve analysis and report generation from a Windows-based interface.
Test Setup
Configure test speed, force, displacement and other test parameters according to the required method.
Real-Time Test Monitoring
Force and displacement data are recorded throughout the test and displayed as real-time test curves.
Data Analysis
The software can calculate and record applicable mechanical properties and characteristic values according to the selected test method.
Test Records & Reports
Test results can be stored for later review and exported for laboratory documentation and quality-control records.
Software Functions
- Test method creation and storage
- Force / displacement control
- Real-time test curves
- Automatic result calculation
- Historical test data management
- Multi-language interface
- Instant unit conversion
- Excel export
- Word export
- PDF report generation
Multiple interface languages are available, including English, Spanish, French, German and Russian, supporting laboratories and production facilities in different markets.
Technical Specifications
| Functional Description | Technical Parameters |
| Series | RS-8000A |
| Available Capacity | 100 / 200 / 300 kN |
| Accuracy Classification | Class 0.5 |
| Force Measuring Range | 0.4%–100% FS |
| Force Indication Relative Error | Within ±0.5% of indicated value |
| Force Measurement Resolution | 1/500,000 FS |
| Displacement Relative Error | Within ±0.50% |
| Displacement Resolution | 0.014 μm |
| Crosshead Speed Range | 0.001–250 mm/min |
| Crosshead Speed Accuracy | Within ±0.5% of set value |
| Effective Testing Width | 600 mm |
| Maximum Crosshead Stroke | 1000 mm, excluding fixtures |
| Drive System | AC servo drive + dual ball-screw transmission |
| Servo System | Panasonic AC servo drive & motor |
| Load Cell | TRANSCELL high-precision load cell |
| Load Cell Safe Overload | 150% |
| Main Frame Dimensions (W×D×H) | 1200 × 720 × 2300 mm |
| Net Weight | Approx. 1300 kg |
| Standard Power Configuration | AC 220 V ±10%, single phase, 5 kW |
Power Supply for Overseas Installations
Electrical configuration should be confirmed according to the destination country's laboratory power supply.
Please provide the required voltage, frequency and phase before ordering so the appropriate machine configuration can be confirmed.
Optional Configurations
- Different-capacity load cells
- Electronic extensometer
- Long-travel extensometer
- Tensile grips
- Compression platens
- 3-point / 4-point bending fixtures
- Custom fixtures
- Extended test space
- High-low temperature test chamber
From Test Requirement to Machine Configuration
Choosing a universal testing machine should begin with the test requirement—not only the machine specification.
01 — Define the Specimen
Material · Shape · Dimensions
↓
02 — Determine the Expected Force
Tensile · Compression · Bending · Shear
↓
03 — Identify the Test Method
ASTM · ISO · Customer Specification
↓
04 — Select Machine Capacity
100 · 200 · 300 kN
↓
05 — Configure the Test System
Load Cell · Grip · Fixture · Extensometer
↓
06 — Confirm Laboratory Requirements
Test Space · Power Supply · Installation · Calibration
Engineering Support for Global Laboratories
ITM-LAB supports overseas laboratories, manufacturers and quality-control teams from initial test evaluation through installation and operation.
Pre-Purchase Sample Evaluation
If you are unsure about machine capacity, fixture compatibility or the expected test result, physical specimens can be evaluated before machine configuration.
Our engineering team can review:
- Specimen material
- Dimensions and geometry
- Expected test force
- Test standard
- Gripping method
- Required fixture
- Extensometer requirements
Test curves and fixture recommendations can be provided when applicable.
Custom Fixture Engineering
For non-standard components, fixtures can be designed around the actual specimen and loading requirement rather than forcing the specimen into a generic fixture.
Installation & Training
Overseas users can receive:
- Installation guidance
- Machine operating videos
- Software training
- Remote technical support
- Test method assistance
Calibration Support
The force measurement system can be prepared for verification by qualified local calibration laboratories according to applicable procedures such as ISO 7500-1 or ASTM E4.
FAQ
- What is the RS-8000A universal testing machine used for?
The RS-8000A is a floor-standing universal testing machine for tensile, compression, bending, shear and other static mechanical tests. Typical materials include metals, plastics, composites and industrial components.
- What is the difference between 100 kN, 200 kN and 300 kN models?
The primary difference is maximum testing capacity. The appropriate model should be selected according to the expected specimen load, required force measurement range, specimen geometry, fixtures and applicable test method.
- Can the RS-8000A perform ASTM E8/E8M tensile testing?
Yes. The machine can be configured for metallic tensile testing according to ASTM E8/E8M with the appropriate machine capacity, tensile grips, extensometer and test parameters.
- Can the machine be configured for ISO 6892-1?
Yes. Metallic tensile testing according to ISO 6892-1 can be supported with the appropriate grips, strain measurement equipment and test configuration.
- Can one RS-8000A perform both tensile and compression tests?
Yes. The load frame can perform different mechanical tests by changing the required grips or fixtures and selecting the corresponding test method in the software.
- Can custom grips and fixtures be supplied?
Yes. Fixtures can be designed according to specimen dimensions, geometry, material, gripping position and load direction.
- Can an extensometer be added?
Yes. Electronic extensometers and long-travel extensometers are available depending on the material and strain measurement requirement.
- Can the machine be calibrated locally?
Yes. Local verification can be performed by a qualified calibration provider according to applicable laboratory requirements and procedures such as ISO 7500-1 or ASTM E4.
Need Help Configuring Your RS-8000A?
Selecting a UTM involves more than choosing 100 kN, 200 kN or 300 kN.
Send ITM-LAB your:
Specimen → Material → Dimensions → Expected Force → Test Standard → Required Test
Our engineers can help determine the appropriate machine capacity, load cell, grips, fixtures and extensometer configuration before quotation.
