Microfluidics compresses complex wet-lab workflows into compact devices that manipulate tiny volumes of fluid with precision. This miniaturization enables faster diagnostics, more efficient discovery, and scalable manufacturing of analytical tools. B-Micron brings MEMS fabrication and consumable development together to design and produce microfluidic chips and cartridges that are both high-performing and manufacturable. We create channels, mixers, valves, and interfaces at micrometer resolution, and incorporate features such as optical windows or sensor seats to support detection and control. Our MedTech CDMO operations extend development into sterile assembly, packaging, and validation, which is critical for clinical and regulated uses. Real-world applications span point-of-care diagnostics, single-cell analysis, genomics and proteomics sample prep, environmental testing, and chemical synthesis. With an integrated path from concept to production, B-Micron helps customers de-risk designs and shorten time-to-market for microfluidic systems.

Microfluidics compresses complex wet-lab workflows into compact devices that manipulate tiny volumes of fluid with precision. This miniaturization enables faster diagnostics, more efficient discovery, and scalable manufacturing of analytical tools. B-Micron brings MEMS fabrication and consumable development together to design and produce microfluidic chips and cartridges that are both high-performing and manufacturable. We create channels, mixers, valves, and interfaces at micrometer resolution, and incorporate features such as optical windows or sensor seats to support detection and control. Our MedTech CDMO operations extend development into sterile assembly, packaging, and validation, which is critical for clinical and regulated uses. Real-world applications span point-of-care diagnostics, single-cell analysis, genomics and proteomics sample prep, environmental testing, and chemical synthesis. With an integrated path from concept to production, B-Micron helps customers de-risk designs and shorten time-to-market for microfluidic systems.

Microfluidics compresses complex wet-lab workflows into compact devices that manipulate tiny volumes of fluid with precision. This miniaturization enables faster diagnostics, more efficient discovery, and scalable manufacturing of analytical tools. B-Micron brings MEMS fabrication and consumable development together to design and produce microfluidic chips and cartridges that are both high-performing and manufacturable. We create channels, mixers, valves, and interfaces at micrometer resolution, and incorporate features such as optical windows or sensor seats to support detection and control. Our MedTech CDMO operations extend development into sterile assembly, packaging, and validation, which is critical for clinical and regulated uses. Real-world applications span point-of-care diagnostics, single-cell analysis, genomics and proteomics sample prep, environmental testing, and chemical synthesis. With an integrated path from concept to production, B-Micron helps customers de-risk designs and shorten time-to-market for microfluidic systems.

MEMS Foundry

MEMS Foundry

Microfluidics & Lab-on-a-chip