FTS7000™ Friction Testing System

A high-precision friction tester designed to accurately measure friction coefficient and lubricity of medical conduit and guide wire coatings. The equipment features a ball screw driven by a high-precision closed-loop controller with a force measurement range of 0 to 2000 grams. It is controlled by a Windows PC with a touch-screen LCD interface, displays real-time friction testing curves during operation, and automatically generates detailed reports upon completion. The device supports testing samples with outer diameters from 0.3 to 20mm and pulling speeds from 0.1 to 50mm/s.

Testing equipment for assessing color transfer and material degradation in medical textiles and protective equipment under frictional stress. The system evaluates material integrity critical for infection control applications.

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

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.

Textile testing equipment for medical device evaluation, including abrasion testers, flammability chambers, and friction colorfastness instruments. Designed for quality control of medical textiles, packaging materials, and personal protective equipment in laboratory and manufacturing settings.

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.

Specialized testing equipment for evaluating medical tubing including catheter tubes and cannula tubes. Measures dimensions, wall thickness, and material properties.

Hydraulic test systems for evaluating medical device components including valves, regulators, and control units. Capable of performing function tests, leak detection, pressure measurements, and burst pressure testing.

Testing system for measuring compliance characteristics of catheter products under pressure conditions. Provides quantitative assessment of catheter performance parameters.

Testing equipment for evaluating the longevity and performance characteristics of surgical instruments under repeated sterilization and clinical use cycles. The system measures functional integrity and material degradation.

Precision testing equipment for evaluating safety performance and mechanical properties of medical devices, including injection needles, syringes, and cutting instruments. Designed for compliance testing and quality assurance in medical device manufacturing and regulatory validation.