Friction Testing Equipment JMT-MCL8500

The FTS7000™ Friction Testing System measures and validates the lubricity performance of hydrophilic coatings on medical devices. This laboratory equipment quantifies friction reduction properties essential for catheter, guidewire, and minimally invasive device development and quality control. The system supports coating process validation and ensures friction-reducing coatings meet specifications for clinical safety and device functionality.

Coating test equipment that measures friction performance and verifies lubricity of coated medical devices. Provides quantitative assessment of coating effectiveness for quality assurance.

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

Testing instrument for evaluating medical syringe plunger sliding force and friction performance. Measures plunger resistance, gliding consistency, and injection functionality to ensure compliance with pharmaceutical and medical device standards. Essential for quality control in syringe manufacturing and regulatory validation.

Testing instrument for evaluating the sliding performance and mechanical properties of medical syringes, including needle sharpness, penetration force, and injection force. Designed for quality control in manufacturing and third-party testing of medical injection devices. Features high-precision measurement, touchscreen interface, and automated data recording with overload protection.

Precision measurement system composed of high-precision linear modules and ultra-precise force sensors for detecting micro-scale forces in intracranial and neurological medical devices. Supports multiple testing configurations including tip softness, three-point bending, vertical bending, and tension testing.

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

Automated testing instrument for measuring syringe sliding performance and mechanical properties. Designed for quality control and regulatory compliance testing of medical syringes in manufacturing and laboratory environments. Features PLC-based control system, multi-color display, and high-precision measurement capabilities for consistent performance evaluation.

Precision testing instrument composed of high-precision linear modules, ultra-precision force sensors, and data acquisition systems. It is primarily used for detecting micro forces in intracranial neural medical devices and other miniature force value measurements, with capabilities for head softness testing, three-point bending, vertical bending, and tensile testing.

Precision testing equipment designed to measure the tension transfer coefficient of endoscope grasping pliers according to YY/T0940-2014 standard. This device ensures mechanical performance and safety compliance of surgical grasping instruments used in endoscopic procedures. Delivers quantitative analysis of force transmission efficiency in minimally invasive surgical tools.

Firmness tester for physical property testing and validation of medical devices including syringes, needles, sutures, infusion pumps, and surgical instruments. The device measures mechanical strength, elasticity, and durability characteristics essential for quality control and regulatory compliance in medical device manufacturing. Features include high-precision measurement, rapid testing cycles, and customizable parameters via PLC operating system.

Precision testing instrument designed to measure needle penetration force and mechanical properties of medical needles including injection, suture, infusion, and acupuncture needles. Equipped with PLC control system and digital display for accurate force measurement, speed analysis, and performance validation of needle devices. Supports both standard and custom testing protocols for quality assurance and regulatory compliance in medical device manufacturing.