Corvus Engineering LLC
visit site- $10,000+
- 10 - 49 employees
- Logan, UT
Client Insights
Industry Expertise
40%
20%
20%
20%
Client Size Distribution
Small Business (<$10M) 40%
Midmarket ($10M - $1B) 40%
Enterprise (>$1B) 20%
Common Project Size
$10K-$49K 1 project
Clients
This provider has not added their key clients.
Highlights from Recent Projects
Corvus Engineering LLC was hired by ShieldPro, a consumer electronics product development company, to create an industrial design based on product concepts, perform mechanical design based on ID and EE constraints, and design tooling for mass production. The Senior Electrical Engineer of ShieldPro, who had previously worked with an executive from Corvus Engineering, knew the quality of work to expect. The scope of work involved taking product concepts from abstract ideas to physical 3D representations, iterating until the design was proven, and then migrating the design to achieve manufacturability. The project was successfully completed with all necessary documentation provided for successful tooling.
Gembah, a company providing end-to-end product development and sourcing solutions, employed Corvus Engineering LLC for research, design, and development services. Corvus was chosen based on high ratings, budget-friendly pricing, good value for cost, and aligned company values. As a contractor, Corvus worked on many projects across different categories, including baby products and mechanical applications. They successfully completed the project, proving their versatility and ability to handle diverse product categories.
PitchSix, LLC, a company that produces products for rock climbers, engaged Corvus Engineering LLC for the mechanical design of their innovative belay glasses. The manager of PitchSix selected Corvus based on their geographical proximity and good value for cost. The project involved mechanical design, assembly structure design, and the creation of mold files. The project was successfully completed, with Corvus delivering on all key deliverables, demonstrating their proficiency in mechanical product design.