Medical Device Testing Solutions
Medical Device Precision Testing Solutions
Relying on high-precision measurement and automated testing equipment, we provide full-process performance verification and quality testing for various medical devices. Through parameter calibration, safety and reliability testing, we ensure stable and safe equipment performance that meets stringent medical standards, achieving full-chain quality control from R&D to mass production.
Precision Medical Device Testing
High-precision automated performance testing to ensure stable, reliable and compliant medical devices.
Automated Testing
Automated testing system reduces manual intervention, improves efficiency, and realizes standardized batch inspection.
Accurate & Reliable Data
Standardized testing delivers authentic and traceable data for quality evaluation.
Long-Term Durability Verification
Simulate long-term use to verify anti-aging stability and extend service life.
Success Stories
Measurement Solution Case Study
Focusing on measurement scenarios, we present solutions and application values through practical cases.
Precision Testing for Medical Devices
Testing Solution for Minimally Invasive Puncturers
Quality Pain Points to Be Solved
The key performance indicators such as puncture force and tightness of disposable minimally invasive puncture needles produced by a leading medical device enterprise are directly related to surgical safety. Previously, traditional testing methods were adopted, which had problems such as insufficient precision, discrete data and inability to trace. The product qualification rate was only 92%, which was difficult to meet the requirements of relevant standards. To this end, the enterprise introduced precision testing equipment and built an exclusive testing solution.
Precision Equipment Builds Testing Closed Loop
This solution takes the CBT1710-C precision puncture needle tester as the core, links with optical measuring instruments and intelligent data analysis modules, and builds a full-process testing closed loop. The equipment can realize high-precision quantitative testing, simulate clinical scenarios, complete the testing of indicators such as puncture force and tightness, and identify defects; the data analysis module can generate test reports to realize data traceability, and optimize the testing link in combination with the production process to adapt to multi-scenario needs.
Dual Improvement of Quality and Efficiency
After the implementation of the solution, the effect is remarkable: the product qualification rate has increased to 99.5%, eliminating relevant clinical risks; the testing efficiency is 6 times higher than that of traditional methods, greatly reducing labor costs; full data traceability is realized, which meets industry standards, helps products enter the high-end market, and optimizes the production process and reduces production costs.
Precision Testing Upgrades Infusion Device Quality
Application Case of Integrated Testing Solution
Project Background
A medical device manufacturer lacked accurate testing methods for key indicators such as flow accuracy, sealing performance and pressure resistance during the production of medical infusion devices. Traditional testing methods featured large errors and low efficiency, resulting in insufficient quality stability, which could hardly meet the strict quality and compliance requirements of medical devices.
Solution
An integrated precision testing system was built with high-precision mechanical and fluid testing equipment. It automatically and accurately tests product parameters including flow rate, pressure resistance and sealing performance, while realizing real-time data collection, storage and traceability, suitable for the whole process of R&D verification and batch delivery inspection.
Implementation Effect
After the implementation of the solution, the effect is remarkable: the product qualification rate has increased to 99.5%, eliminating relevant clinical risks; testing efficiency is 6 times higher than traditional methods, greatly reducing labor costs; full data traceability is realized, which meets industry standards, helps products enter the high-end market, and optimizes production processes to lower production costs.