Optical Liquid Silicone Rubber (Optical LSR) is a high-purity, ultra-transparent silicone elastomer specifically engineered for optical and light-transmission applications. Compared with standard Liquid Silicone Rubber
In the medical industry, sealing performance, material safety, and dimensional accuracy are critical. Medical devices often rely on small yet vital components such as LSR
In recent years, LSR injection molding service has become a preferred manufacturing solution for industries requiring high-precision, high-purity, and high-performance silicone parts. From medical devices
Injection molding of parts using liquid silicone rubber (LSR) is a highly precise manufacturing process used to produce flexible, durable, and high-purity silicone components. Due
Liquid silicone O-rings play a critical sealing role in modern medical devices. From infusion pumps and ventilators to surgical instruments and diagnostic equipment, medical-grade O-rings
Optical Liquid Silicone Rubber (Optical LSR) is a high-purity, ultra-transparent silicone elastomer specifically engineered for optical and light-transmission applications. Compared with standard Liquid Silicone Rubber
In the medical industry, sealing performance, material safety, and dimensional accuracy are critical. Medical devices often rely on small yet vital components such as LSR
In recent years, LSR injection molding service has become a preferred manufacturing solution for industries requiring high-precision, high-purity, and high-performance silicone parts. From medical devices
Injection molding of parts using liquid silicone rubber (LSR) is a highly precise manufacturing process used to produce flexible, durable, and high-purity silicone components. Due
Liquid silicone O-rings play a critical sealing role in modern medical devices. From infusion pumps and ventilators to surgical instruments and diagnostic equipment, medical-grade O-rings
From mold design and development to custom manufacturing of LSR products, we offer a comprehensive one-stop service for you.