In producing cut-resistant gloves, the inspection process is a critical step in ensuring product quality and performance. As technology advances, traditional manual inspection methods are gradually being replaced by automated and intelligent inspection means. The following are some of the major testing operations:
1. Standard test methods: Cutting tests under laboratory conditions are conducted according to international or national standards (e.g. EN388, ANSI/ISEA 105). These tests usually involve using specific equipment (e.g. Tomodynamometer machines) to measure the ability of a material to resist cutting. A sample of the cut resistant glove is placed on the machine in contact with a rotating blade at a certain pressure and speed, and the cut resistance rating is assessed by recording the force required for the blade to penetrate the material.
2. Automatic Defect Detection System: In recent years, automatic detection systems based on deep learning algorithms have been used. For example, systems using advanced models such as YOLOv8 can be used to detect defects on the surface of gloves. Such systems can quickly and accurately identify defects in the product, such as weak points in the fabric, uneven areas, or other issues that may affect the protective performance of the glove. Such systems greatly improve inspection efficiency and accuracy and reduce errors that can occur with manual inspection.
3. Physical property tests: In addition to specialized cutting tests, a series of other physical property tests, such as tensile strength, abrasion resistance, tear strength, etc., are required to comprehensively assess the quality and durability of impact cut resistant gloves.
4. Real-world use simulation tests: In order to better understand how gloves perform in a real work environment, simulation tests are sometimes conducted. This may involve subjecting the wearer to a series of typical tasks and observing the gloves' dexterity, comfort, and protective effect in these situations.
In summary, the modern testing process for cut resistant gloves combines standardized laboratory testing, advanced automated testing techniques, and simulation of real-world application scenarios, with the aim of providing the most comprehensive product quality assurance. This not only improves product safety but also enhances user trust in the product.
Since its establishment, SONICE has accumulated nearly 15 years of valuable experience in the field of cut and impact resistant gloves and is committed to providing the highest quality products and services to customers worldwide. We are not only the market leader in China but also a highly respected brand in the international market. We focus on professionalism and innovation, the principle of customer first, and follow the commitment to sustainable development, choosing SONICE is choosing quality, safety, and trust.
