addoptics.com

What It Is

AddOptics calls itself “The Smart Lens Company.” Its core offering is not online design software, but prescription-correctable smart lenses for smart glasses. Its goal is to address the thickness, weight, and mass-production challenges of smart glasses, making functional lenses closer to everyday eyewear in form factor.

Core Capabilities and Compatibility

The website highlights low-temperature, low-pressure thermal resin casting and soft-mold processes. These allow electrochromic dimming films, tunable-focus layers, eye-tracking components, and other optical or electronic elements to be embedded during lens manufacturing. Compared with injection molding or 3D printing, the process claims to preserve the optical quality of traditional ophthalmic lenses while reducing temperature and pressure risks for precision components. Its front lens layer can reportedly reach a production thickness of around 400 microns, and lab demonstrations have shown structures of around 100 microns above embedded components. On the prescription side, it supports up to -8D single-vision prescriptions and freeform capabilities, which is a key selling point compared with insert or clip-on solutions.

Pricing, Licensing, and Collaboration

The official website does not disclose pricing, minimum order quantities, payment methods, or delivery timelines. Collaboration typically starts with an NDA and moves into a short engineering phase to test whether the customer’s components can be integrated into the lens and to optimize the manufacturing process. From initial samples to validated prototypes, AddOptics describes the timeline as usually measured in “weeks” rather than “months.” AddOptics says it delivers finished smart lenses and maintains quality control from tooling through to the final product. The site does not provide clear terms regarding IP licensing, ownership of custom development results, or patent licensing.

Pros, Cons, and Best-Fit Users

Its advantages are a specific technical focus and a clear emphasis on the mass-production bottlenecks of smart glasses. It is also based on mature ophthalmic materials and standard coating systems, allowing hard coating, anti-reflective coating, and scratch-resistant treatment. The company also claims that direct molding can reduce material waste by around 90% compared with traditional lenses. The limitation is that the publicly available information is largely technical marketing, with few validation materials such as customer cases, certifications, production capacity, yield rates, or commercial pricing. It is better suited to AR/XR hardware manufacturers, smart-glasses brands, and optical component teams than to graphic designers or general creative-tool users.

Access from China and Alternatives

Based on scraped text alone, it is not possible to determine access, payment, or local service availability in mainland China. It is advisable to confirm cross-border collaboration, sample logistics, and compliance requirements by email or phone. If you are looking for alternatives in China, consider local suppliers of AR glasses optical modules, prescription lens processing, and waveguide integration, though specific alternative brands should be selected according to project specifications.