When nothing on the market measures, controls or connects the way you need, we design the hardware that does: from the first block diagram to a board that survives the field.
What we do
- Requirements and system architecture
- Schematic capture and PCB layout
- Sensor selection, signal conditioning and data acquisition
- Microcontroller and embedded Linux designs
- Power, protection and connectivity, wired and wireless
- Enclosures, harnesses and assembly drawings
- Bring-up, testing and design revisions
- Pilot builds and preparation for manufacturing
Typical projects
Condition monitoring
Sensing that warns before equipment fails, the kind of problem our sister company Canary PVIS tackles for hydraulic valves.
Custom data loggers
Rugged units that capture exactly the signals you need, for as long as you need them.
Controllers and interfaces
Boards that switch, drive and regulate, with the inputs and outputs your machine needs.
Test fixtures
Purpose-built rigs that test your product the same way, every time.
What you receive
- Schematics and PCB design files
- A bill of materials with sources and alternates
- Firmware source code
- Assembly, bring-up and test documentation
- Working, tested prototypes
Certification
Electronics sold to the public often need certification, for example FCC rules for radio emissions. We design with certification in mind and prepare for pre-compliance testing; formal certification is carried out by an accredited test lab.
Questions about custom hardware
Can you build more than one prototype?
Yes. We build prototypes and small pilot runs for testing and first customers, and prepare the files and documents a contract manufacturer needs for larger volumes.
Can you improve a board we already have?
Yes. We review the existing design, find the cause of the problems or the cost, and produce a revised design.
What about parts shortages?
Every bill of materials we hand over lists sources and, where possible, alternates for critical parts, so a single shortage does not stop production.