Engineered for when failure isn't an option.
Medical hardware is where reliability, safety, and traceability aren't features; they're the baseline. We design monitoring and diagnostic devices with compliance in mind from the very first schematic, so regulatory requirements shape the design instead of derailing it.
What makes medical hard.
Safety-critical by default
Patient-adjacent devices must fail predictably and safely. We design with risk in mind at every layer: hardware protection, firmware fault handling, and well-understood failure modes.
IEC 60601 & electrical safety
Electrical safety standards touch everything from isolation barriers to enclosure design. We design to the standard from the start and review against it before formal testing.
Traceability & documentation
Auditable requirements, specs, and decision records are part of the product. We help teams build the documentation trail alongside the hardware, not after it.
Trustworthy measurement
A monitor is only as good as its front end. We design and validate analog sensing chains so the number on the screen reflects what is actually happening.
The expertise it takes.
Regulatory Compliance
Design reviews and pre-compliance testing against IEC 60601 and related electrical safety standards, early and often.
- Testing Support
- Pre-compliance testing & design review
- FCC / CE / ISED / RED
- Electrical Safety (UL, IEC 62368/61010/60601)
- RoHS / REACH
Product Management
Requirements development, risk management, and decision support that produce the traceability audits expect.
- Requirements & Spec Development
- Risk Management & Decision Support
- Cross-Functional Coordination
Firmware Development
Embedded unit testing and predictable, debuggable architectures for devices that cannot misbehave in the field.
- ARM M-Core
- RISC-V
- AVR/PIC 8-bit
- C/C++
- Embedded Unit testing
- WiFi, Bluetooth, Cellular, LoRa, Thread, Sub-Gig
- 802.15.4
- Embedded Security
- Zephyr, FreeRTOS, Baremetal Architecture Design
Hardware Design
Precision analog front ends, isolation, and protection designed for signal integrity and patient safety.
- RF & Wireless Communications
- Power Electronics
- High Speed Digital
- Mixed Signal Design
- FPGA Design
- Analog & Digital Circuit Design
- Design for Manufacturing (DFM)
Other industries.
Let's solve your toughest product challenges.
Tell us a bit about your project and we'll get back to you. No commitments.