Material: ABS
Net weight: 3.2g
Medical-grade ABS fiber optic connectors support injection molded accessories. As precision components in modern medical equipment, they demonstrate material performance and exquisite craftsmanship. This accessory is made of high-quality ABS (acrylonitrile-butadiene-styrene) material and has undergone special medical-grade modification treatment to ensure its stability, corrosion resistance, and biocompatibility in harsh medical environments. Fully complies with the standards of hygiene and safety in the medical industry. In terms of design, the fiber optic connector support injection molded accessories have a compact structure, accurately docking the fiber optic connector, effectively dispersing and withstanding the stress at the connector interface, reducing loosening or damage of connections due to vibration or misoperation, and ensuring the stability and stability of data transmission. reliability. Its surface has been finely polished and deburred to ensure there are no sharp edges or burrs to avoid accidental injury to patients or medical staff during use. In addition, the use of injection molding technology not only gives the accessory high dimensional accuracy and repeatability but also gives it good impact resistance and durability, maintaining mechanical properties even during frequent plugging and unplugging or long-term use. performance. At the same time, its good insulation performance also provides a solid guarantee for the electrical safety of medical equipment.
Why injection molding accessories play a pivotal role in medical equipment Injection molded components, despite their modest size, serve as fundamenta...
READ MORECritical Considerations for Key Materials In the vast and intricate world of medical devices, transparent injection-molded connectors are an indispen...
READ MOREWhy Medical Injection Pen Injection Molding Accessories Are Key to the Safe Operation of Injection Pens In scenarios like self-injection for diabetes ...
READ MOREThe Foundation of Excellence: Advanced Housing Design Principles The development of high-performance minimally invasive surgical instrument housings...
READ MORE