Machine pour tester les propriétés mécaniques des matériaux.
Designation:
Universal testing machine for conducting mechanical tensile, compression, and flexural tests on materials and biomedical devices.
Manufacturer: Instron (USA).
Main Function:
- Highly precise measurement of tensile, compressive, and flexural forces.
- Rigorous evaluation of the mechanical strength, elasticity, and deformation properties of various materials.
- Extensively utilized in biomedical research, sports equipment material testing, and industrial quality control.
Technical Characteristics:
- Maximum Capacity: Force capability up to 50 kN (depending on the specific frame configuration and load cell).
- Force Measurement Accuracy: ± 0.5% of the reading, ensuring laboratory-grade precision.
- Crosshead Displacement: Vertical travel up to 1000 mm depending on the chosen model height.
- Testing Speed Range: Fully adjustable from 0.001 to 500 mm/min to simulate various stress velocities.
- Control and Data Acquisition: Powered by Instron's advanced Bluehill® Universal software for intuitive test programming, real-time tracking, and sophisticated data analysis.
- Accessory Compatibility: Extremely versatile; compatible with a vast array of tensile grips, compression platens, and specialized fixtures designed for biomedical tests (e.g., tissue baths).
- Configurable for both vertical and horizontal mounting to accommodate diverse testing requirements.
Usage:
- Biomechanical testing on biological tissues such as bones, ligaments, tendons, and synthetic biomaterials.
- Stress, strain, and durability testing on sports equipment (e.g., shoe soles, racket strings) and medical implants.
- Fundamental scientific research in human biomechanics and material sciences.
- Routine industrial product calibration and strict quality assurance control.
Advantages:
✔ Delivers exceptionally high precision and unwavering reliability for complex, multi-stage mechanical tests.
✔ Features advanced, user-friendly software for comprehensive test programming and detailed post-test analysis.
✔ Highly adaptable, seamlessly compatible with a broad spectrum of specialized accessories and load cells.
✔ Perfectly suited for the rigorous demands of both biomedical research laboratories and industrial R&D centers.
Limitations:
❌ Exceedingly high capital cost.
❌ Requires a large, dedicated laboratory space and professional, specialized installation.
❌ Operators must undergo significant training to optimally utilize the advanced software and handle the complex mechanical accessories.