We provide high-performance nanophotonic devices required for next-generation optical interconnects, including microlens arrays, optical coupling components, diffractive optical elements, and waveguide components. Using automotive-grade high-reliability materials, we deliver high precision and high throughput to support the evolution of optical communications in the AI and data-center era. Why Choose SCIVAX 01 nm-Level Pitch Control We achieve high molding accuracy. Pitch in particular can be controlled at the nanometer level. 02 Automotive-Grade Reliability Materials We use materials that have passed automotive-grade reliability tests, enabling mass production that meets demanding quality standards. 03 Ultra-Short Lead Time (as Fast as 2 Weeks) We can fabricate master molds in-house, significantly shortening lead times from prototyping to mass production. 04 Ultra-Thin Structures via Substrate-Free Molding Direct molding into resin without a substrate is possible, minimizing crosstalk. 05 Optical Design Support We provide optical design support using hybrid electromagnetic and ray-tracing simulations. 06 High-Volume Contract Manufacturing We can handle contract manufacturing from hundreds of thousands to millions of units per month, supporting everything from production launch to stable supply. Specifications Supported Devices: MLA (microlens arrays), diffraction gratings, waveguides, grating couplers Pitch Accuracy: nm-level control Substrate Size: 2″–8″ (please consult us separately for 12″) Materials: Materials compatible with automotive-grade reliability testing Molding Method: Substrate molding / substrate-free direct molding Production Scale: Hundreds of thousands to millions of units per month Lead Time (Prototype): As fast as 2 weeks Application Examples Micro LED Array Light Collection Using MLA We also accept fabrication of modules for evaluation purposes. This image shows an example in which a micro LED array and MLA are aligned. Self-Standing MLA (Substrate-Free) Direct molding into resin eliminates the need for a substrate. Thinning significantly reduces crosstalk. Micro LED Array Light Collection Using MLA Left: Micro LED / Right: Image after light collection by MLA Molding Examples MLA Image for NPO
