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Our single-column universal testing machine (GC-WD-500D) is compact for tensile, compression, and bending tests on nonmetals (film, rubber, plastic). It has a 500kg load cell (±0.5% accuracy), speed range 0.01-500mm/min, and 800mm test stroke. Compliant with GB/T1041, ISO 178, it uses computer control for curve analysis and report generation. Features overcurrent/overload protection and emergency stop. Perfect for small labs, material inspection, and industries like textiles and household appliances.
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Product Description
Model: GC-WD-500D
The Single-Column Universal Testing Machine (Model: GC-WD-500D) is a compact, lightweight instrument for measuring tensile, compression, bending, and peeling properties of small to medium-sized samples. With a 500kg (5KN) force sensor and 1/300,000 strength resolution, it’s ideal for labs with limited space (e.g., small factories, university labs). Its single-column design weighs only 100kg (vs. 250kg for dual-space models) and has a small footprint (650×500×1850mm), making it easy to move. It features three levels of safety protection (overload shutdown, travel limits, leakage power-off) and flexible control (touchscreen or computer), balancing safety and usability.
The single-column frame eliminates the need for a separate lower chamber, reducing floor space by 40% compared to dual-space models. It’s lightweight enough to place on lab benches, no special installation required—perfect for small labs or production lines with limited area.
It has a test stroke of 800mm (excluding grippers) and 400mm test width, suitable for small samples like plastic films, wires, and rubber strips. The American Celtron force sensor ensures ±0.5% accuracy, while the AC servo motor provides a speed range of 0.01–500mm/min—enough for most small-sample tests (e.g., film tensile, wire peeling).
The touchscreen interface lets operators set parameters quickly, with built-in test templates for common materials (e.g., PE, rubber). The emergency stop switch and overload protection prevent damage to the machine or samples, while the RS232 port lets you connect to computers for data analysis.
For companies making small parts (e.g., O-rings, wire insulation), it tests sample batches to ensure mechanical properties (e.g., tensile strength) meet standards—no need for large, expensive dual-space machines.
It tests materials for phone cases, laptop hinges, and cables—measuring bending strength (hinges) or tensile strength (cables) to ensure durability during use.
It’s perfect for teaching basic material testing (e.g., plastic tensile tests) to students, with a simple interface and safe design that minimizes risk of injury.
Yes, but only small, low-strength metals (e.g., thin aluminum sheets, copper wires). For high-strength metals (e.g., steel bars), we recommend a higher-force dual-space machine (e.g., 20KN model).
It has the same ±0.5% strength accuracy as dual-space models—it just handles smaller samples and lower forces. For labs testing only small parts, it’s a more cost-effective and space-saving option.
It comes with a basic set of fixtures (tensile grippers, bending supports). Optional fixtures (e.g., peeling clamps, compression plates) are available for specialized tests (e.g., adhesive peeling).
GB/T 1040-2006 | Tensile Properties Test Methods |
GB/T 1041-2008 | Test method for compression properties of plastics |
GB/T 9341-2008 | Test method for flexural properties of plastics |
IS0 527-1993 | Determination of tensile properties of plastics |
GB/T 13022-91 | Plastic film tensile test method |
ISO 604-2002 | Plastics - Determination of Compression |
ISO 178-2004 | Plastic bending determination |
ASTM D 638-2008 | Standard Test Method for Tensile Properties of Plastics |
