Micro-force Testing Equipment

Comprehensive system for assessing mechanical performance and strength characteristics of medical devices. Measures stress resistance, flexibility, and durability.

Equipment for assessing the gripping force, durability, and functionality of medical forceps and tweezers. Ensures instruments meet performance requirements for clinical and surgical use.

A computerized mechanical testing instrument used for physical property evaluation of medical devices. This equipment supports various mechanical and physical testing requirements for implantable and interventional medical device systems.

Multi-axis force sensors capable of measuring forces in three dimensions for medical device testing and biomechanical analysis. These sensors support precise quantification of forces in medical research and product validation.

Equipment for measuring tensile strength and material properties of medical device components. Validates structural integrity and material performance of medical product materials.

Universal testing machine for evaluating mechanical properties of medical implants, surgical instruments, and device components. Supports material evaluation and product validation.

Precision instrument for measuring and validating pressure ratings of medical devices and components. Ensures safety and functional compliance of pressurized medical equipment.

Automated systems for comprehensive functional testing of medical devices and components. Includes response time measurement, force/displacement analysis, and hysteresis evaluation.

Equipment for evaluating the mechanical strength and force characteristics of surgical and medical blades. Assesses blade performance under cutting and stress conditions.

Testing equipment for assessing the fatigue resistance of medical device materials and components subjected to repetitive flexing and bending cycles. The system quantifies durability under simulated clinical use conditions.

General-purpose testing equipment for evaluating various medical device connectors including mechanical strength, alignment, and leak testing. Supports compliance verification for assembled medical systems.

Testing equipment for evaluating mechanical properties of surgical instruments including sharpness, durability, and structural integrity. Supports quality control of surgical tools.