IEC 62196-3 Compliant 2kN Computer-Controlled Universal Material Testing Machine

This universal tensile testing machine, when equipped with customized fixtures, complies with testing standards including IEC 62196-3:2026 Clause 9, IEC 62196-1:2025 Clauses 9, 13.3.2, 16.9, 26.7.3, Table 6, and BS 1363-2 Clauses 11.10.7 and 13.11.4.

Controlled by dedicated computer software, it is widely used for mechanical performance testing of:

• Non-metallic materials: rubber, plastics, wire and cable, textiles, waterproof materials, non-woven fabrics

• Metallic materials: metal wires, foils, plates, and rods

With optional special fixtures, it also supports various tests on finished products, including tensile, compression, peeling, shearing, tearing, and bending (folding). The system supports multiple data printouts and graphical comparisons across different datasets, featuring high control precision and user-friendly operation. Thanks to its modular design, a full range of accessories is available for flexible configuration.

• Operating Language: English

• Force Units: N, kN, kgf, lbf

• Length Units: mm / cm / inch (freely convertible)

• Control Methods: Computer-based software control, including speed setting, load break (rupture) control, and run-time scheduling

• Curve Types: Load-displacement, load-time, displacement-time, stress-strain, strain-time, stress-time

• Curve Customization: The vertical and horizontal axes of each curve can be freely configured

• High Precision Control
Enables closed-loop control over position, speed, and torque, eliminating the step-out issue common to stepper motors.

• Excellent Speed Performance
Delivers reliable high-speed operation with a rated speed range of 2,000–3,000 RPM.

• Superior Load Adaptability
Features strong anti-overload capability, withstanding up to three times the rated torque. It is ideal for applications with sudden load changes and fast start-up requirements.

• Stable Low-Speed Operation
Maintains smooth performance at low speeds without the vibration or stepping phenomena of stepper motors, making it suitable for high-response applications.

• Fast Dynamic Response
Boasts ultra-short acceleration and deceleration response times, typically within tens of milliseconds.

• Quiet & Low Heat Operation
Significantly reduces heat generation and operating noise for improved user comfort.

• High-precision processing for superior accuracy
Rigorous manufacturing ensures perfect alignment of beams, bearings, and ball screws, minimizing processing errors and guaranteeing consistent test precision.

• Durable and professional build quality
The machine body features a high-quality baking paint finish, while all key fixtures undergo standardized heat treatment for enhanced durability and a clean, professional appearance.

• Synchronous belt transmission for precise motion control
The bottom-drive system uses a synchronous belt mechanism. Unlike friction belts, it eliminates slippage between the pulley and belt, ensuring a constant, precise transmission ratio. This design offers the combined benefits of belt, chain, and gear drives.

• Combined advantages of multiple drive systems
By meshing the belt and pulley to transmit motion and power, the synchronous belt drive maintains zero slip, delivering accurate and reliable performance.