Mask Layout
Precision photomask design and layout for semiconductor fabrication
MEMS Semiconductor Foundry
Silicon Carbide MEMS for Extreme Environments
Where standard silicon fails at 150°C, our SiC sensors operate at 800°C+. Precision MEMS fabrication for aerospace, defense, and mission-critical applications. Since 2002.
- CAGE: 3E0Z8
- Est. 2002
- NASA Technology Pedigree
- SiC MEMS Specialists
What We Do
Foundry Services
Full-spectrum MEMS fabrication from mask design through finished device. A fabless-friendly foundry partner for semiconductor companies requiring specialized processes.
Photolithography
High-resolution pattern transfer using advanced light exposure systems
Electroplating
Metal deposition for MEMS structures and interconnects
Chemical Mechanical Polishing
Wafer surface planarization for multi-layer fabrication
MEMS Fabrication
Complete microelectromechanical system device fabrication
Deep Reactive Ion Etching
High-aspect-ratio etching for advanced 3D MEMS structures
Our Core Advantage
Silicon Carbide: Built for Where Others Fail
Most MEMS foundries work exclusively with standard silicon, limited to 150°C. Our silicon carbide fabrication capability enables sensors and devices that operate continuously at 800°C+, survive radiation, and function inside jet engines, oil wells, nuclear reactors, and space.
With 3x the bandgap and 2x the structural durability of silicon, SiC is the material of choice for the harshest environments on Earth and beyond. Very few foundries worldwide offer this capability.
800°C+Operating Temperature
3.2 eVWide Bandgap
450 GPaYoung's Modulus
2xStructural Durability vs Si
Substrates
Where Standard Silicon Fails, We Deliver
Si
Silicon
Standard substrate for conventional MEMS
Up to 150°CSiC
Silicon Carbide
Harsh environment workhorse
Up to 800°C+FeaturedAlN
Aluminum Nitride
Piezoelectric specialist
Up to 1,000°C+GaAs
Gallium Arsenide
High-frequency champion
250GHz+Multi-substrate capability is exceptionally rare. Most foundries specialize in standard silicon. We deliver where others can’t.
Industries
Industries We Serve
01
Aerospace & Defense
Mission-critical sensors and MEMS devices for flight systems, guidance platforms, and defense electronics operating in extreme conditions.
02
NASA & Space
Space-qualified components built on NASA technology transfer pedigree. Radiation-tolerant designs for orbital and deep-space missions.
03
Healthcare & Biomedical
Precision biosensors, microfluidic devices, and implantable MEMS for diagnostics, drug delivery, and physiological monitoring.
04
Energy & Industrial
High-temperature sensors for turbines, reactors, and process control. Built to perform where standard silicon cannot survive.
05
Semiconductor
Custom foundry services for fabless semiconductor companies requiring specialized MEMS processes and multi-substrate expertise.
Our Story
Two Decades of MEMS Innovation
Our founder commercialized NASA Glenn Research Center’s Stereo Imaging Velocimetry — the world’s first 3D full-field flow velocity analysis tool. That same commitment to precision engineering drives Biotronics today.
Founded in 2002 with a NASA technology transfer pedigree and a Congressional Commercialization Award, Biotronics has delivered precision MEMS fabrication for the most demanding applications on earth — and beyond.
2002Year Founded
NASATechnology Pedigree
SiCHarsh-Env Specialty
3E0Z8CAGE Code
Ready to Discuss Your Project?
From concept through fabrication, our team provides direct access to senior MEMS engineers on every project.