Solar Component Manufacturing Process update improves Scrap Fallout
Manufacturing Process Improvement Reduces Scrap Fallout for a Solar Component to under 2%.
A.J. Rose knows that virtually every prospective and existing customer regularly faces a variety of quality, safety, production and cost challenges. As a result, we’ve honed our ability to ask the right questions, listen strategically and develop practical, effective solutions that offer multiple wins.
A Georgia-based client turned to us because their current stamping vendor was providing a fallout rate of over 25% on one of their deep drawn stamping products. We evaluated the stamping and determined that if the component were to include both new and modified features, the part could be manufactured using an entirely different process. We leveraged our in-depth knowledge of deep-draw forming as well as our understanding of raw materials to come up with a viable solution.
Once the client gave us the go-ahead, we designed and built new tooling and developed a new machine to accommodate the new process. As a result, the solar energy customer reaps the cost-savings associated with our ability to reduce the scrap fallout to under 2%.
More details are provided about the project below. Are you experiencing you’re a product or design challenge? Contact our engineering team to talk about your specific challenges and needs
Ability to reduce the scrap fallout to under 2%.
Manufacturing Process Improvement Project Highlights
|Product Name||Manufacturing Process Improvement of a Solar Component|
|Product Description||This component is used within solar energy generation.|
|Capabilities Applied/Processes||Manufacturing Process Improvement
· Existing process had high scrap fallout
· Evaluated the current process
· Applied our extensive knowledge of deep draw forming
Tooling Design and Manufacturing
· Generation of CAD part prints
· Designed and created a new machine and the tooling
|Tightest Tolerances||+- .003″|
|Material of Component||Stainless Steel|
|Benefits||New manufacturing process yielded less than 2% scrap
New process also produced a less expensive component
|Industry for Use||Solar|
|Standards Met||Customer supplied specifications|