Accuracy demands attention and making accurate parts, consistently, requires close attention to design for manufacturablility (DFM). The goal of the DFM process is to reduce manufacturing costs without reducing performance, and that means every detail of your product or part is on the table. Yes, we harp a lot on DFM, but it’s a critical part...
You say potato, I say po-tah-to...
Whether you call it Design for Manufacturing, Design for Manufacturability or DFM — and we've called it all three — the goal is the same: How do you design a part so that it's easy to produce at the lowest possible price without diminishing quality or functionality?
Want a simple way to potentially save on production costs?
Take a look at your tolerances.
The phrase "design for manufacturing" gets tossed about rather freely, but what does it mean? Isn't all "design" intended "for manufacturing"?
Design is a big deal. It’s so big it’s a category with subcategories under it. There’s design for
In the beginning, there was an idea. But what comes next? How do you turn your vision into a reality? Or should you? Is it time to talk with an product development firm and, if so, where do you start?
All contract manufacturers (CM) are not created equal. Some focus almost exclusively on production and the manufacturing support that goes with it. Others provide a holistic approach, offering everything from design services to engineering to shipping and logistics.
This begs the question: When you’re looking for a contract manufacturing,...
Design for Manufacturing (DFM) is the method of design for ease of manufacturing of the assortment of parts that will form the product after assembly. DFM is primarily concerned with reducing overall part production cost and minimizing the complexity of manufacturing operations.