Client Testimonials
“The folks at Red Cedar are professional, intelligent, and exciting to work with. With their help, we were able to optimize an extrusion design by reducing mass significantly further than with traditional CAE methods.”
-Dan Casey, P.E. Senior Applications Engineer Steelcase, Inc.
"We work with Red Cedar Technology because we benefit from their in-house engineering expertise, and we trust them to handle every project with the highest level of professionalism and quality."
-Scott Wellman, President, NVH Solutions
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Innovative Solutions to Your Challenging Engineering Problems
We provide CAE design, analysis and optimization services that give your company a competitive advantage in a crowded market.
The design and manufacture of new products requires development teams to satisfy a myriad of conflicting objectives, including rapid increases in design complexity, performance requirements, time-to-market demands, and material costs. Additionally, in today’s tightening economy, maintaining a full range of in-house engineering expertise is not cost-effective for many companies. But failing to improve products and processes is not acceptable either.
Our engineering services provide your team with the latest technology and expertise required to achieve innovative designs, while significantly reducing your product development time and cost.
Our Services
Our consulting services include computer-aided engineering (CAE) modeling, finite element analysis, design optimization, and software customization – from the concept stage through final design.
Benefits
By taking advantage of our decade of experience and exclusive design optimization technology, engineering teams can:
Client Success Stories
Companies worldwide trust their most important engineering design projects to Red Cedar Technology. Our engineering expertise and unique design strategies are used by product development teams to design safer cars, life-saving cardiovascular stents, innovative structures for air travel and space exploration, robust manufacturing processes and much more.
Passenger safety compartment optimization
Decreased mass in safety cage by 23%
Coronary stent shape optimization
Reduced maximum principal strain by a factor of three
Design of a composite wing
Hydroformed lower rail