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Our company, our people and the work behind your optical components.
Silver Optics Co., Ltd. develops and manufactures plastic optical molds, precision molded optics and optical coatings. Our work covers the path from customer requirements and ultra-precision moldmaking to serial production, coating and sub-assembly.
Our optical component R&D began in Dongguan in 2006. Today, the SilverOptics brand serves customers in lighting, imaging, technologie médicale, sensors, automotive and consumer electronics.
Our experienced professionals support optical component development and manufacturing. The work connects design, tooling, production and testing around the requirements of each optical component.
Start with the application, the optical function and the component requirements.
Bring mold development, optical surface machining, grinding and polishing together.
Connect precision optical molding with the required coating and surface finish.
Carry the component requirements through sub-assembly and the agreed evaluation.
Precision moldmaking, optical molding and coating form the core of our manufacturing work. Discuss the tooling route and equipment requirements that matter to your component.
Prototype and production molds, ultra-precision optical surfaces, grinding and polishing.
Plastic optical component manufacturing, from mold development through serial production.
Optical and thin-film coatings, followed by assembly and testing within the agreed project scope.
Browse the main questions on optical tooling, molding and coating. Exact materials, process settings and acceptance criteria depend on your component.
We focus on plastic optical molds, precision optical molding and optical coatings. Our services also include optical design, grinding and polishing, prototype and production molds, and assembly and testing.
Our company address is No. 10 Rue Zhenye, Xianxi, Changan, Dongguan, Guangdong, Chine. Optical component R&D began in Dongguan in 2006.
Share the available drawings or model, exigences en matière de matériaux, spécifications optiques, expected quantity and target schedule. Highlight the optical surfaces, dimensions and appearance criteria that matter to the part.
Specify whether the enquiry concerns a mold, molded components, revêtement, sub-assembly or a combined project. Identify the samples, inspection records, packaging and delivery requirements you need so they can be discussed in the quotation. Timing and deliverables should be confirmed for the individual project.
Mold material, machining and polishing affect surface finish. Residual stress can affect stability, while cooling layout and local wall thickness influence warpage. The tooling route and measurement method should be reviewed against the optical surfaces and requirements of the component.
Material choice and preparation, gate and vent design, filling conditions and cooling all matter. Together they affect issues such as bubbles, residual stress and birefringence. Mold maintenance and defined inspection checkpoints help keep production aligned with the approved sample.
Start with the polymer, wavelength range and operating environment. Review the required optical and protective functions, compatible cleaning and surface preparation, and coating adhesion. Température, humidité, vibration and chemical exposure tests should be agreed for the intended application.
The Quality page brings together the inspection process and equipment categories for optical performance, surface quality and dimensions. Define the test method, sampling scope and acceptance criteria needed for your particular component.
Mold layout, runner design, maintenance and material handling can be reviewed to reduce waste and support tool life. Reuse or recycling decisions must account for optical performance. Material separation and disassembly can also be considered where end-of-life requirements apply.
