Metallization and optical coating of glass micro- and miniaturized optical devices are key processes to enhance their optical performance and the integration into functional systems. Either through internal process capabilities or via qualified external suppliers we offer the possibility of depositing a broad palette of coatings onto our fabricated glass microdevices and systems to improve the optical functionality and the overall device performance.
Deposition of metallic and dielectric coatings is used to complete the manufacturing of highly precise optical microdevices with highly reflective (HR) or anti-reflective (AR) surfaces for an efficient integration into, for example, micro-electromechanical systems (MEMS), photonic integrated circuits (PICs), and optoelectronic packaging.
Advanced coating methods are used to ensure robust adhesion, consistent uniformity, and long-lasting durability, essential for reliable optical properties. This to respond to the requirements for superior device performance, efficient miniaturization, and cost-effective scalability of industries such as telecom/datacom, medtech, opto- and micro-electronics, quantum, etc..
