As the core instrument of clinical surgery, the transmission coefficient of the closing force of medical forceps is directly related to the accuracy of surgical operations and patient safety, which puts strict requirements on the professionalism and stability of detection equipment. Recently, Shanghai Chengwei Testing Technology Co., Ltd. (hereinafter referred to as "Shanghai Chengwei"), with its deep expertise in the field of medical device testing, provided on-site services for a medical device enterprise in Hunan Province using a medical clamping force transfer coefficient tester. With customized solutions and efficient implementation support, it has won high recognition from customers.

This cooperation stems from the upgrading demand of Hunan customers for quality control of medical forceps products. This enterprise focuses on the research and production of surgical instruments, and its medical forceps products are widely used in clinical scenarios such as general surgery and orthopedics, requiring high precision in detecting the uniformity and stability of the closing force transmission. Considering the professionalism of equipment installation and debugging, as well as the adaptability of on-site testing scenarios, the customer ultimately chose Shanghai Chengwei's on-site service solution to ensure seamless connection between testing equipment and production processes.

As a deep service provider in the field of medical device testing equipment, Shanghai Chengwei's independently developed testing instrument has three core advantages for the core pain point of medical clamping force transmission coefficient testing. Firstly, it adopts high-precision force sensors and data acquisition systems, with a measurement accuracy of ± 0.5% FS, which fully complies with industry standards such as GB/T 1220-2007 and ISO 7153-1; Secondly, it supports the adaptation of multiple specifications of medical forceps, which can flexibly adjust parameters such as testing stroke and clamping force to meet the testing needs of different models of products; Thirdly, it is equipped with intuitive operating software to generate real-time detection curves and data reports, facilitating customers to quickly trace product quality.

To ensure service quality, Shanghai Chengwei has formed a professional technical team to provide on-site services to customer factories in Hunan. During the service process, the technical personnel not only completed the installation, calibration, and debugging of the equipment, but also optimized the flow design of the testing station based on the actual layout of the customer's production workshop; At the same time, provide one-on-one operation training for customer technical personnel, covering key aspects such as equipment operation procedures, data interpretation, and daily maintenance, to ensure that the customer team can independently complete the testing work. In addition, the team also upgraded the data export function of the software on site based on the personalized needs raised by customers, further improving the detection efficiency.

The on-site service provided by Shanghai Chengwei has truly solved our worries! "The customer representative stated that the accuracy and stability of the testing instrument fully meet the production testing needs, and the professionalism and response speed of the technical team exceed expectations. This not only helps the enterprise improve its product quality control capabilities, but also provides reliable data support for subsequent product iterations.

The successful implementation of this on-site service is a vivid embodiment of Shanghai Chengwei's "customer-centric" service philosophy. In the future, Shanghai Chengwei will continue to deepen its cultivation in the field of medical device testing equipment, continuously optimize product performance and service models, provide accurate, efficient, and convenient testing solutions for more medical device enterprises across the country, assist in the high-quality development of the medical industry, and safeguard clinical safety.