MEMS Foundry
Photonics & Optoelectronics
MEMS Foundry
Photonics & Optoelectronics
Photonics and optoelectronics harness the power of light for transmitting information, sensing environments, and enabling next-generation computing and imaging systems. These technologies lie at the heart of today’s data economy, powering fiber-optic communications, laser-based manufacturing, augmented reality devices, biomedical imaging, and quantum technologies. As demand grows for higher bandwidth, faster response times, and miniaturized optical components, the ability to precisely design and fabricate photonic structures is more important than ever.
B-Micron provides end-to-end MEMS and microfabrication expertise for photonic and optoelectronic devices. Our capabilities include fabricating waveguides, gratings, interferometers, modulators, photodetectors, and micro-optical assemblies, along with packaging solutions that maintain alignment, thermal stability, and low-loss performance. We support integration of optical elements with MEMS platforms, enabling hybrid devices such as tunable filters, optical MEMS switches, and compact LIDAR subsystems. For emerging areas like quantum photonics and biosensing, we assist in developing prototypes that combine novel materials and microfabricated components into manufacturable solutions.
Our services extend beyond fabrication to design optimization, prototyping, and scale-up manufacturing. We help customers refine device layouts for improved coupling efficiency, thermal management, and reliability in real-world deployment. Whether the goal is a discrete optical sensor, a communications module, or a full optoelectronic system, we provide the engineering backbone to accelerate product development while minimizing risk.
Applications span a wide range: ultra-high-speed telecommunications, medical endoscopy and diagnostics, advanced manufacturing with precision lasers, automotive LIDAR and AR/VR optics, and energy-efficient optical interconnects for data centers. With our integrated approach, clients can translate ideas into cutting-edge photonic devices that bridge laboratory innovation and industrial deployment.
Photonics and optoelectronics harness the power of light for transmitting information, sensing environments, and enabling next-generation computing and imaging systems. These technologies lie at the heart of today’s data economy, powering fiber-optic communications, laser-based manufacturing, augmented reality devices, biomedical imaging, and quantum technologies. As demand grows for higher bandwidth, faster response times, and miniaturized optical components, the ability to precisely design and fabricate photonic structures is more important than ever.
B-Micron provides end-to-end MEMS and microfabrication expertise for photonic and optoelectronic devices. Our capabilities include fabricating waveguides, gratings, interferometers, modulators, photodetectors, and micro-optical assemblies, along with packaging solutions that maintain alignment, thermal stability, and low-loss performance. We support integration of optical elements with MEMS platforms, enabling hybrid devices such as tunable filters, optical MEMS switches, and compact LIDAR subsystems. For emerging areas like quantum photonics and biosensing, we assist in developing prototypes that combine novel materials and microfabricated components into manufacturable solutions.
Our services extend beyond fabrication to design optimization, prototyping, and scale-up manufacturing. We help customers refine device layouts for improved coupling efficiency, thermal management, and reliability in real-world deployment. Whether the goal is a discrete optical sensor, a communications module, or a full optoelectronic system, we provide the engineering backbone to accelerate product development while minimizing risk.
Applications span a wide range: ultra-high-speed telecommunications, medical endoscopy and diagnostics, advanced manufacturing with precision lasers, automotive LIDAR and AR/VR optics, and energy-efficient optical interconnects for data centers. With our integrated approach, clients can translate ideas into cutting-edge photonic devices that bridge laboratory innovation and industrial deployment.
Photonics and optoelectronics harness the power of light for transmitting information, sensing environments, and enabling next-generation computing and imaging systems. These technologies lie at the heart of today’s data economy, powering fiber-optic communications, laser-based manufacturing, augmented reality devices, biomedical imaging, and quantum technologies. As demand grows for higher bandwidth, faster response times, and miniaturized optical components, the ability to precisely design and fabricate photonic structures is more important than ever.
B-Micron provides end-to-end MEMS and microfabrication expertise for photonic and optoelectronic devices. Our capabilities include fabricating waveguides, gratings, interferometers, modulators, photodetectors, and micro-optical assemblies, along with packaging solutions that maintain alignment, thermal stability, and low-loss performance. We support integration of optical elements with MEMS platforms, enabling hybrid devices such as tunable filters, optical MEMS switches, and compact LIDAR subsystems. For emerging areas like quantum photonics and biosensing, we assist in developing prototypes that combine novel materials and microfabricated components into manufacturable solutions.
Our services extend beyond fabrication to design optimization, prototyping, and scale-up manufacturing. We help customers refine device layouts for improved coupling efficiency, thermal management, and reliability in real-world deployment. Whether the goal is a discrete optical sensor, a communications module, or a full optoelectronic system, we provide the engineering backbone to accelerate product development while minimizing risk.
Applications span a wide range: ultra-high-speed telecommunications, medical endoscopy and diagnostics, advanced manufacturing with precision lasers, automotive LIDAR and AR/VR optics, and energy-efficient optical interconnects for data centers. With our integrated approach, clients can translate ideas into cutting-edge photonic devices that bridge laboratory innovation and industrial deployment.
MEMS Foundry
MEMS Foundry
