Product Design and Manufacturing

Manufacturing Support

Our toolbox of offerings extends to manufacturing processes and support. Whether we're collaborating with your resources or ours, we provide insight into potential risks due to interruptions in the supply chain, end-of-life (EOL) components, manufacturing delays due to scope creep, and schedule slips.

There are a variety of different tools and processes we use within the manufacturing support stage. Every project has its own goals and requirements – our product design and manufacturing teams help provide value by recommending which tools, processes, and manufacturing methods are an appropriate fit to meet the needs of your project.

VENDOR / TOOLING SUPPORT

Manufacturing is a significant investment, and the investment to start tooling is a big step for many clients. When the project is close to completion and ready for manufacturing handoff, we can help connect the right vendor for the client, aligning budgets and schedules. This includes CAD documentation and part inspection of first article inspection parts (FAI).

Identifying a tooling and manufacturing partner who has the experience and "fit" for the product is an important step. They must have the right experience and alignment with product requirements. There is also a wide range of production costs - so efficient manufacturing and assembly processes are key to identity. In product design and manufacturing, having effective communication between teams is an important factor for success in the design process. We bridge manufacturing with our clients, collaborating with vendors to make any necessary changes with manufacturers to reduce manufacturing costs and improve both the assembly process and production processes.

PART INSPECTION

Inspecting finished parts and assemblies is a crucial part of the development process. Checking parts against drawings, reviewing fitments, and verifying CFMs is a process that can't be overlooked. Specified requirements, product quality standards, and design specifications need to be met in order to ensure overall reliability and successful design execution. If tolerances and specifications do not meet the drawings or required standards, updates will be needed for successful integration into the final product.

Building a quality product involves executing the production process and confirming the correct materials, tight tolerances, and overall functionality are achieved. Successful product performance will depend on the care and evaluation given during this part inspection phase to provide quality control on all produced product components.

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