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This universal tensile testing machine (GC-WS-2000S) performs tensile, compression, bending, and shear tests on rubber, plastic, and metal. It has a 20KN high-precision sensor (±0.5% accuracy), AC servo motor, and Taiwan ball screw. Compliant with GB/T1040, ASTM D638, and ISO 527, it uses computer software for data analysis—auto-calculating tensile strength and elastic modulus. Safety features include overload shutdown and travel limits. Ideal for universities, research institutes, and auto/electronics industries.
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Product Description
Model: GC-WS-2000S
The Universal Tensile Testing Machine (Model: GC-WS-2000S) is a dual-space, computer-controlled instrument for measuring mechanical properties of materials—including tension, compression, bending, shearing, tearing, and peeling. With a 20KN (2000kg) high-precision force sensor and 1/300,000 strength resolution, it delivers accurate data for metals, plastics, rubber, and composites. Its dual-space design (upper for tension, lower for compression/bending) and compatibility with high/low temperature chambers make it versatile for research and industrial use. The Windows-based software supports multi-language (Simplified Chinese, Traditional Chinese, English) and multi-standard testing (GB, ASTM, ISO, DIN), ideal for global labs.
The American high-precision force sensor ensures ±0.5% strength accuracy, while the 1/1000mm displacement resolution tracks sample deformation closely. It uses a 24-bit A/D converter for fast data acquisition, capturing peak forces (e.g., yield strength, tensile strength) in real time. The metal extensometer (optional) adds ±0.5% accuracy for strain measurements.
It performs tension (e.g., plastic film elongation), compression (e.g., foam hardness), bending (e.g., plastic beam flexural modulus), and shearing (e.g., metal sheet shear strength). The AC servo motor and Taiwan Rolling Stones ball screw provide a speed range of 0.01–500mm/min, suitable for slow (e.g., rubber creep) and fast (e.g., metal tensile) tests.
The software lets you create custom test profiles, overlay multiple curves (e.g., load-displacement, stress-strain), and calculate 20+ parameters (elastic modulus, net energy, elongation). It exports results to Excel, PDF, or Word, and archives data automatically—critical for compliance in regulated industries (e.g., medical, aerospace).
It tests high-performance materials (e.g., carbon fiber composites, aluminum alloys) for tensile strength and fatigue resistance, ensuring parts meet safety standards for aircraft or cars.
It analyzes concrete, steel bars, and insulation materials—measuring compression strength (concrete) or tensile strength (steel) to ensure buildings meet structural codes.
It tests medical plastics (e.g., syringe barrels) and rubber (e.g., catheter tubing) for tensile strength and tear resistance, ensuring devices are safe for human use.
Name | Brand | |
1 | AC motor | Taiwan Delta |
2 | AC drive | Taiwan Delta |
3 | Low-noise, high-efficiency deceleration system | Turbine worm |
4 | Ball screw rod | Rolling Stones (Taiwan) |
5 | Relay | Omron (Delta) |
6 | Force sensor | High-precision force sensor |
7 | Limit protection switch | FOTEK(Taiwan) |
8 | Control system | All-digital closed-loop control system |
9 | Encoder | Taiwan Shilin |
10 | High strength rack | Rolling Stones (Taiwan) |
11 | computer | A set of industrial computers |
12 | Test fixture | Specify a set of fixtures |
13 | Tool | Provide special tools and checklists required for installation, maintenance and operation |
