By Atomica
Optical communications: Coupling and integration for transceivers, optical engines and optical switches. Datacenter and telecom networks need optical links that carry more data within tighter space and power budgets. Transceivers, optical engines and optical switches depend on accurate coupling and stable integration. Atomica supports these systems with micro-optics, fiber alignment, optical benches and interconnect platforms, helping customers bring light sources, photonic devices and electronics into compact assemblies. LiDAR and 3D sensing: Beam steering, light collection and alignment for depth-sensing systems. Depth measurements help vehicles and robots navigate, support biometric recognition and enable industrial inspection. LiDAR and other 3D sensing systems use controlled illumination and collected reflections to map their surroundings. Atomica’s micromirror, microlens and optical bench platforms support beam steering, light collection and component alignment in compact optical assemblies developed around the sensing design. AR and VR displays: Light shaping and scanning within the size and weight limits of a headset. AR and VR systems support training, design, entertainment and visual guidance by placing digital information in the user’s field of view. Compact optics must deliver clear images within the size and weight limits of a headset. Atomica’s microlens and micromirror platforms support light shaping and scanning, with optical integration and packaging developed around the display architecture and its alignment requirements. Medical and industrial imaging: Focusing, scanning and alignment for endoscopy, OCT and machine vision. Endoscopy, optical coherence tomography and machine vision bring detailed images to medical diagnostics and industrial inspection. These instruments need to direct illumination and collect light within compact optical paths. Atomica supports focusing, scanning and component alignment through its microlens, micromirror and optical bench platforms, with fabrication tailored to the instrument’s geometry and optical requirements. Quantum photonics and spectroscopy: Stable positioning and efficient coupling for sensitive measurements. Quantum photonics and spectroscopy depend on controlling light as it travels between sources, optical elements and detectors. Stable positioning and efficient coupling help preserve the signals these systems measure or manipulate. Atomica’s optical benches, waveguides and alignment platforms provide a fabrication foundation for compact assemblies, with material and packaging choices evaluated around the optical design.
