Product Development Built on Innovation, Cost-Effectiveness, and Manufacturability

There’s one way to get to market faster. Experience.

 

Companies around the globe rely on our expertise. We can take your product from inception through production, or we can lend our expertise at any phase of development.

Our approach to product development is proven.

Derived from 20+ years of product development experience and validated by 400 product designs, our product development process is proven to maximize efficiency, cost effectiveness, and manufacturability. What’s the key? We plan for manufacturability from the earliest design stage forward. Using in-depth and ongoing analysis, we curtail the pitfalls that often plague product development—the undetected issues that result in costly redesigns and multiple prototypes.

Experts in a wide variety of materials, manufacturing processes, and technologies—such as plastics, mechatronics, and fluidics—and adept at engineering for demanding requirements—such as ruggedness, waterproofing, and extreme thermal conditions—we're uniquely qualified to tackle even the most challenging projects.

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Analyze early. Analyze often.

 

Conceptual design

Studies show that at least 70% of a product's cost is determined during the concept development phase. Applying their extensive and diverse expertise, our senior engineers evaluate the labor and materials cost for the concepts developed.

We also analyze other key metrics such as performance and reliability projections, form factor impact, from both a qualitative and quantitative perspective. As a result, you have the information you need to evaluate each concept thoroughly, and choose the one that best meets your aesthetic, performance, and fiscal goals collectively—all before detailed design begins.

 

Detailed design and prototyping

Once we jointly select the concept(s) that best suit your needs, we move to the detailed design and prototyping stage. Using an array of analytical methods—including proprietary tools—we conduct in-depth engineering analysis and simulation throughout this design phase. Examples include thermal analysis, motion study analysis, and finite element analysis to identify potential stresses, deformation, fatigue, and breakage. By continually assessing the viability, costs, and performance of the design as well as consistently looking at manufacturability, we dramatically reduce the number of prototype spins required. In fact, prototyping is used to validate the ongoing analysis and simulation work—all with an eye towards production.

 

 

Development and deployment

As the design is further refined, engineering analysis/simulation continues to ensure that performance, manufacturability, and cost goals are achieved. Our extensive relationships with contract manufacturers and component suppliers worldwide enable us to integrate material and manufacturing information into the development process from product conceptualization forward. As a result, time to manufacturing and overall development costs are reduced— with fewer tooling iterations.

 

Manufacturing engineering

We act as your engineering support team for products in production, working with both your organization and your suppliers and manufacturers, to address issues that may arise in the manufacturing process, reducing the burden on you. From addressing yield, performance, or quality issues, to improving efficiency, we can help you manage your production process.

If you're manufacturing your product in Asia, our China-based engineering team—who is involved in your project from the beginning—makes the transition from development to manufacturing fast and seamless.

Experience the Acorn Advantage.

Benefit from our global expertise.

At Acorn, we surround your product with the talent and global connections needed to tackle–and simplify—even the most complex engineering challenges. Engineers from each of our design centers worldwide participate in the analysis, design, engineering, prototyping, and manufacturing of every new product. Our ecosystem of expertise and extensive experience enables us to propel development with innovation and efficiency.

 

Read about an example of our product design approach in action.

ENGINEERING BRIEF

Optimal Assembly: Combining DFM and DFA principles with theoretical modeling to reduce assembly time and costs.

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If you'd like to learn more, get in touch with us. We're happy to answer any questions you may have.

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