Hz1007E: Desktop Servo Testing Machine for Reliable Shoe Material Performance Evaluation-Dongguan Lixian Instrument Scientific Co.

In the footwear industry, material quality directly determines product durability, comfort, and safety—from the flexibility of shoe uppers to the wear resistance of soles. Guangdong Lixian Instrument Co., Ltd., a leading manufacturer of precision testing equipment, proudly presents the Hz1007E Desktop Computerized Servo Material Testing Machine—engineered to meet the stringent testing requirements of shoe materials with unparalleled accuracy and versatility.

Precision Testing for Core Shoe Material Properties

The Hz1007E integrates advanced servo control technology and high-precision load cells, achieving a force measurement accuracy of ≤±0.5% FS and displacement resolution of 0.0005mm ¹³. Compliant with international standards including ISO 20344, ASTM F2913, ISO 17707, and GB/T 3903 series ¹², it excels in evaluating key mechanical properties of diverse shoe materials:

Leather & synthetic leather: Cowhide, polyurethane (PU) leather, PVC artificial leather (tensile strength, tear resistance, peel adhesion) ¹⁴

Textile materials: Cotton, polyester, nylon fabrics, shoelaces (breaking strength, elongation at break, abrasion resistance) ¹

Rubber & polymer materials: Natural rubber, TPU, EVA foam (compression set, flex fatigue resistance, hardness) ²³

Adhesives & coatings: Shoe bonding agents, surface coatings (peel strength, shear resistance, adhesion durability) ¹

Accessories: Velcro fasteners, eyelets, rivets (pull-out force, tensile strength) ⁴

Versatile Testing Capabilities for Industry-Specific Needs

Equipped with a user-friendly digital control system and customizable test modes, the Hz1007E addresses the full spectrum of shoe material testing requirements ³:

Tensile, compression, bending, and tear tests for fundamental mechanical property evaluation

Peel and shear tests to assess bonding strength between soles and uppers ¹⁴

Fatigue and flex resistance testing to simulate real-world wear (up to 50,000 cycles) ²

Compression set measurement for cushioning materials like EVA and PU foam ²

Abrasion resistance analysis for outsole materials compliant with ISO 17707 ²

The intuitive software enables real-time data acquisition, automatic calculation of key parameters (elastic modulus, fracture toughness, permanent deformation rate), and generation of standard-compliant test reports—streamlining R&D and quality control processes for footwear manufacturers.

Compact Design with Robust Performance

Optimized for laboratory and production line use, the Hz1007E combines a space-saving desktop structure (410×500×1200mm approx.) with industrial-grade reliability ³:

Maintenance-free AC servo motor and precision ball screws for smooth, consistent operation ³

Interchangeable fixtures for testing different material types and sample sizes ⁴

Multi-layer safety protection (overload, emergency stop, travel limit) to safeguard operators ³

Wide force range options (10N-2000N) to adapt to various shoe components ³

Energy-efficient design with single-phase 220V power supply ³

Trusted Support from Lixian Instrument

Guangdong Lixian Instrument Co., Ltd. leverages years of expertise in material testing technology to deliver comprehensive support for the Hz1007E:

Customizable test protocols tailored to specific footwear applications

Professional installation, calibration, and technical training services

Global after-sales support ensuring long-term equipment stability

Compliance with environmental and safety standards for industrial use

Elevate Your Shoe Material Quality with Hz1007E

As footwear brands strive for enhanced performance, durability, and consumer satisfaction, the Hz1007E stands as a critical tool for ensuring material reliability. Guangdong Lixian Instrument Co., Ltd. is committed to providing innovative testing solutions that drive excellence in the footwear industry.

Discover how the Hz1007E can optimize your shoe material testing processes. Contact Guangdong Lixian today for a personalized demonstration or technical consultation.