With you from
Design through Deployment
Start -
Ideation, Problem formation, Prototyping, Schematic capture, PCB design/layout, Mechanical design, Industrial Design, Reverse engineering, Embedded software development, Design Verification Testing, Certification, Sourcing, DFM, Manufacturing, First article testing, Rolling changes, Fallout analysis
- to Finish
Service Highlights
Electronic Design
Whether you're building the latest wireless IoT widget, high-voltage EV product, or automotive interface tool, we can help. We've designed hundreds of PCBs ranging from simple dual-layer breakout boards to multilayer, rigid-flex, high-speed digital PCBs.
Schematic capture, circuit design and PCB layout using Altium.
Quick turning prototyping (in-house or outsourced for maximum speed and economy)
In-house troubleshooting and testing
RF, high-speed digital, and analog expertise
Mechanical design
We design products that ship. That means designing for manufacture. Mechanical engineers work over the entire product life cycle, including design, development, installation, testing and maintenance. This is one of the most diverse fields in engineering and requires a deep understanding of the core concepts of mechanics, thermodynamics and materials science because mechanical engineers use these principles, along with computer-aided design tools and project management knowledge, to deliver a wide range of design and manufacturing solutions.
Complex injection molded part design
stamped metal part design
in-house rapid prototyping
fixture design
EE & ME parallel integration
EE & ME parallel integration The secret ingredient in most successful products is a close partnership between the electrical engineers, who design the guts of a product, and the mechanical engineers, who design the physical things like enclosures, custom metal parts, and much more. If the teams work together from the beginning they can avoid silly stumbling blocks and needless delays caused by having to make additional iterations of their design to accommodate a problem with aesthetics or physical component placement. Electrical can work with Mechanical to insure parts will not collide in manufacturing, and Mechanical can work with Electrical to optimize the look and feel of the product for best appearance or ergonomic function. This becomes especially critical when the mechanical design is more than aesthetic, such as when your product needs heatsinks, vents, or active cooling systems.
RF expertise
We have extensive in-house experience in typical consumer electronics RF design, using such technologies as ISM, WiFi, Bluetooth and satellite links, and we have worked with certification bodies for compliance with applicable laws. We also have a personal network of RF specialists we can call upon to assist us with the specifics of any particular project.