Safety Shoe Compression and Puncture Resistance Tester

• Static Pressure Test: Place the shoe toe between the upper and lower pressure plates, apply pressure at a constant rate of 5mm/min until the specified force value is reached, maintain the pressure for 1 minute, measure the deformed height or gap of the clay sample inside the shoe toe, and judge whether it meets the standards.
• Puncture Test: Fix the outsole/midsole of the shoe, insert the puncture needle vertically at a speed of 10mm/min. The sensor collects force values in real time, records the maximum puncture force, and automatically determines compliance with relevant standards.

Widely used in shoe manufacturers, quality inspection laboratories, leather goods enterprises, shoe material research and development institutions and third-party testing centers, it is suitable for the folding resistance performance testing and quality control of various finished shoes such as leather shoes, sports shoes and casual shoes.

Core Functions:

• Static Pressure Resistance Test (Toe Compression Resistance): Simulate heavy object extrusion conditions, apply specified pressure (e.g., 15kN per EN standards) to the steel toe or composite toe of safety shoes, inspect the toe deformation and internal clearance, and evaluate toe protection performance.
• Puncture Resistance Test (Sole Puncture Resistance): Simulates puncture by sharp objects (such as iron nails and steel rebars). A standard puncture needle (φ4.5mm, hardness ≥ 60HRC) is used to penetrate the shoe sole/midsole to measure the maximum puncture force and verify the puncture resistance performance.
• Integrated Design: Switch between static pressure and puncture modes simply by replacing fixtures. Dual-function in one machine boosts testing efficiency and reduces equipment costs.

• High-precision Measurement and Control: Servo drive + high-precision pressure sensor (force accuracy ±1%), LCD/touch screen real-time display of force value, displacement and speed, with automatic peak locking.
• Intelligent Operation: Controlled by a microcomputer, it supports parameter presetting, automatic testing, data storage and result printing, and can generate force-displacement curves with simple operation.
• Stable and Durable: The high-strength aluminum alloy frame features high rigidity and low deformation. Special fixtures are compatible with various safety shoes, ensuring precise positioning and easy installation and removal.
• Safety Protection: Overload protection, limit shutdown, and emergency stop button ensure full-process safe and reliable testing.

Exquisite craftsmanship and technology

High-quality metal, more sturdy and durable, compliant with testing standards, and featuring a longer service life.

Control panel

Clear and intuitive display, convenient operation, and efficient data reading.