Molded Glass Aspheric Lenses
Molded glass aspheric lenses use ultra-high-precision molds to perform high-temperature molding on glass glass materials under the protection of inert gas at set high temperatures and pressures to produce molded glass aspheric lenses with high-precision contour accuracy and surface quality. The advantages of the molded lenses are low production cost, high precision, and suitable for mass production. Specifications of Molded Glass Aspheric Lenses Molded Glass Aspheric Lenses product parameter table Project Indicator requirements 1. Material Using high performance low temperature molded optical glass 2. Diameter OD≤3mm, OD≤30mm, OD≤100mm 3. Center thickness T≤2mm, T≤10mm, T≤50mm 4. Effective focal length ...
Molded Glass Aspheres
Molded Glass Aspheres Molded glass aspheres are precision optical components designed to eliminate spherical aberrations, enhancing optical performance over traditional spherical lenses. These aspheres are manufactured through a molding process, allowing for the production of complex shapes and surfaces with high precision and consistency. This process not only improves image quality and system compactness but also reduces the number of lenses required in an optical design, leading to lighter, more cost-effective optical assemblies. Molded glass aspheres are widely used in imaging systems, laser optics, and telecommunications. Types of Molded Glass Aspheres Molded Glass Aspheric Lenses Molded aspheric lenses improve optical ...
Magnesium Fluoride Lenses
The magnesium fluoride lens uses ultra-precision multi-axis free-form surface machining, followed by ultra-precision fine grinding, measurement, and polishing processes. Under precise control of the machine tool and processing environment, ultra-precision machining of the optical aspherical plastic domain is achieved. The use of ultra-precision correction polishing technology ensures the lens surface is polished to high standards. The optical aspherical surface shape accuracy is ≤0.1 micron, and the surface roughness Ra is ≤0.01 micron. This meticulous process results in a high-quality MgF2 lens suitable for infrared applications. Specifications of Magnesium Fluoride Lenses Magnesium Fluoride Lenses product parameter table Project Indicator requirements 1. Material Magnesium Fluoride ...
Micro Sphere Lenses
Micro lens is manufactured by two processes, one is that the microlens is molded by high temperature, which has the advantages of low production cost and high precision, and is suitable for the mass production of aspherical microlenses. The second is the use of high-precision CNC machine tool fine grinding, grinding, measuring, polishing process processing and forming, suitable for optical glass, optical quartz, sapphire, infrared crystal spherical and aspherical microlens manufacturing. Microlens is the core component of a variety of optical systems, widely used in medical instruments, optical fiber transmission equipment, microimaging systems, etc. Solar Valley high-precision microlens can greatly ...