PI’s electronic engineering team is highly capable in the design of complex electronics for medical devices including: system architecture, schematic & PCB layout using Altium designer, loom design, prototyping, assembly and transfer to manufacture. Our electronics laboratory has the capability for fine pitch fabrication, in-house testing and small scale prototype production.

Our capabilities include:

• High density, double sided PCB design for compact hand-held instruments.
• Design for electrical safety, EMC and medical device compliance including the management of testing and approvals.
• DFM (Design for manufacturing) including end of line testability and design of production test equipment.
• Error and tolerance sensitivity analysis, reliability analysis, reliability testing and reliability test program design.
• CAD based electro-mechanical integration, at the component level, board level and assembly level.
• Cross discipline embedded firmware engineers with degrees in both electronics and software engineering.

We have proven capabilities with a wide variety of technologies, including:

• Motor control algorithms and designs, including FPGA and DSP based controllers.
• Connectivity in a variety of wireless technologies (Bluetooth, Zigbee, WiFi 802.11 a/b/g/n), as well as Ethernet, USB, RS-485, RS-232 and many more.
• Power supply (including medical grade) integration and distribution, including a wide range of battery powered device options.
• Cabling and harnesses design and integration (DFM, safety, reliability, cost reduction).
• User interface design including technologies for TFT/LCD and touch screen capabilities.
• Technologies for temperature control and monitoring ranging from cost sensitive to high resolution / high accuracy.
• Imaging device integration and image processing design.
• Medical device designs ranging from handheld to large robotically automated instrumentation.
• Consumer electronics through to industrial and laboratory equipment.