Product Development

Turnkey Services from Product Concept to Manufacture

As product life cycles continue to get shorter, the need for new product innovation is relentless. If you miss opportunities to bring innovative solutions to market, your company can quickly become irrelevant. Innovation is no longer an option for growth, but a requirement for survival. And sadly, studies now suggest nearly half of the resources companies devote to the development of new products are spent on products that ultimately fail.

Deaton Engineering can help you develop a strategic plan for product and technology investment decisions based on your needs. We follow a phase-based approach to product development and innovation that includes defining user requirements, design conceptualization, development, prototyping, testing, and manufacturing preparation. We strive to help you integrate current technologies into new products, achieve superior ROI, accelerate time to market, and create a positive business impact.


Deaton Engineering applies a dynamic design process that allows us to collaborate with you to create profitable, high-quality products quickly and efficiently. We provide turnkey product development from concept through manufacture.

Key Product Development Services

Product Definition
At the onset of a project, Deaton Engineering works with you to carefully define the goals, user requirements, and functional specifications. We examine how the product will be used, the quantities needed, how and where the product will be manufactured, and which certifications and classifications are required.

Feasibility Study and Cost Analysis
After the product is defined, material options, manufacturing techniques, and locations are evaluated. We assess how the product can be designed within a specified budget and manufactured at a target price.

Design and Optimization
Our unique process of concurrent, multidisciplinary innovation is tailored to meet your design and manufacturing development needs. Off-the-shelf components are integrated when appropriate in order to optimize cost and efficiency. When necessary, we also employ high-end tools such as Finite Element Analysis and parametric modeling to optimize the design.

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