We are a full-service mechanical engineering and design company. From the small entrepreneurial firms to the large corporations, we strive to meet your product development and engineering needs. Integrating the most innovative design approach with traditional engineering principles we provide our clients with the highest quality product designs on time and at a fair price. Our engineers blend creative and innovative problem-solving techniques with their knowledge and experience of science and industry. From your idea to a finished product, we help bring your ideas to life.
In addition to our engineering services, we also offer the following product lines. Contact us today for a quote!
Shock and Vibration Mounting Trays
Cobra Design & Engineering, Inc. has designed, analyzed and produced a wide variety of custom electronics mounting tray assemblies for use in land, air and sea based applications. Our trays have been qualified using both Finite Element Analysis simulation and physical MIL qualification testing, including vibration, shock (crash safety, transportation), salt spray, humidity and temperature.
Prior tray customers include: SAIC/Leidos, Raytheon, Thales Group and Northrop Grumman
Competing diplexer and triplexer designs employ bulky, machined cavity housings and cannot deliver full duplex UHF SATCOM- communications capability in a compact, affordable, light-weight package. We have developed a unique design approach that results in a light-weight, affordable diplexer/triplexer that is rugged enough to withstand the tough environments of portable or deployable applications while meeting the electrical requirements of a full duplex UHF SATCOM Diplexer/Triplexer.
A great design becomes an excellent design when every element interacts correctly with each other in the system. We offer analytical services to take your design to the next level. Those services include thermal, structural and dynamic analysis.
Our engineers and designers have the experience to interpret a RF Engineers’ block diagram and parts list and transform it into a 3D mechanical package. This effort includes circuit partitioning for EMI/RFI isolations and special machining and gasketing techniques based on the frequency and power requirements of the module. In some cases, RF isolation will require glass or threaded feed thrus for pocket to pocket interconnect. Many of the high frequency modules we design require exotic metallic plating, such as gold or silver, depending on their environment. We use state of the art software tools from PTC’s Pro-Engineer/Creo to Dassault Systèmes’s Solid Works just to name a few.
We follow military and commercial applications using MIL and ISO standards. We can take a project from initial concepts all the way through to the production. We utilize state of the art tools, components, manufacturing techniques and assembly processes.
We have approximately 1,000 Square Feet of dedicated assembly floor space for small to medium run electronics and mechanical assembly.
We have the ability to quickly design and fabricate a scale model using the latest rapid prototyping technologies.
A separate 25,000 square foot building supports our affiliated certified ISO 9001 machine shop, inspection and QA.
We have made significant capital investment towards the future growth of the company’s design, analysis, assembly and test capability. This includes state-of-the-art software packages for performing three dimensional designs, thermal, structural and dynamic simulations.
We have partnered with several companies that provide qualifications testing per MIL-STD-810. The following is a sample of their capabilities; Environment Simulation (wind and rain, icing, humidity etc.), Induced Environment (vibration, shock, salt fog, etc.).
About Our Company
We are a Woman-Owned Small Business established June 20, 2000. As a company we specialize in mechanical engineering, printed circuit design, reverse engineering and turnkey fabrication and assembly. Each of our design engineers has approximately 20 years of experience designing equipment for commercial and military industries. Our team is specialized in challenging electronics packaging design where weight, thermal performance, structural integrity and manufacturability must be balanced.