Analysis of the client’s specifications to evaluate the geometry and performance needs of the custom part, running the gamut from environmental conditions, stress, vibration, and temperature. Based on findings, a preliminary design approach is developed.
1
Ideation \ Research
Analysis of the client’s specifications to evaluate the geometry and performance needs of the custom part, running the gamut from environmental conditions, stress, vibration, and temperature. Based on findings, a preliminary design approach is developed.
2
Design \ Testing
Utilizing the preliminary design approach, a proof-of-concept part is fabricated and subjected to rigorous examination in fixtures designed to simulate end-use conditions. Iterative adjustments are made based on testing and client feedback until performance specifications are achieved. From there a manufacturing plan is built.
Utilizing the preliminary design approach, a proof-of-concept part is fabricated and subjected to rigorous examination in fixtures designed to simulate end-use conditions. Iterative adjustments are made based on testing and client feedback until performance specifications are achieved.From there a manufacturing plan is built.
2
Design \ Testing
3
Manufacture \ Ship
Manufacturing using in-house fabrication, molding, bonding, and assembly resources makes for quick response time – including all testing and quality control. All materials are documented, and any special crating or shipping needs are addressed.
3
Manufacture \ Ship
Manufacturing using in-house fabrication, molding, bonding, and assembly resources makes for quick response time – including all testing and quality control. All materials are documented, and any special crating or shipping needs are addressed.