Custom Optical Glass
Shenxun Helps Optical Innovation and Applications
Shenxun is a top glass processing manufacturer. We make high-quality glass for optical applications. Our optical glass products are used in high-tech products because they are transparent, have good optical performance, and last a long time. We make custom optical glass products for customers using technology and quality control. Shenxun Technology’s optical glass is used in science, medicine, and industry. It helps make new technologies and products in many industries.
Optical glass in microscope lenses makes images clear. It is used in medicine, materials science, and chemistry. Our optical glass lets in a lot of light. It’s made with precision to ensure accuracy.
Optical glass is used in cameras and lenses to provide high-quality images. We offer high-resolution, anti-reflective, and color-accurate optical glass for photography.
Optical glass is used in medical devices like endoscopes, microsurgical instruments, and diagnostic imaging systems. These devices provide doctors with clear images to help them diagnose and treat patients.
In VR and AR devices, optical glass is used to create high-quality displays and components that provide an immersive and interactive visual experience. Our optical glass is high-resolution, low-latency, and has wide viewing angles.
Shenxun knows that every home and client’s needs are different, which is why we can customize our services. Our team of professionals can create the best solution for you. We are committed to providing our customers with glass products and services that exceed expectations. We offer services from design to production. Each product meets strict quality standards and supports our customers’ optics innovations.
Material
Borosilicate Glass: It can withstand high heat, has a low coefficient of expansion, and is chemically stable.
Fused Silica: High purity and light transmission, especially in the UV and IR range.
Fluoride Glass: Fluoride glasses are good for special optical applications because they transmit well in the mid-infrared range and have a low refractive index.
Phosphate Glass: Phosphate glass is used to make optical fibers and components for lasers because it transmits light well and is heat-resistant.
Aluminosilicate Glass: It can withstand high temperatures, making it suitable for high-intensity environments. Aluminum oxide glass is scratch-resistant.
Heavy Flint Glass: High refractive index and high dispersion performance for optical systems requiring high refractive index and dispersion control.
Sulfide Glass: Good transmission properties in the mid-infrared spectral range for special infrared optics applications.
Soda-Lime Glass: Inexpensive, proven manufacturing process, suitable for general optical applications, good light transmission.