Our engineers have a lot of experience with new product development and things you should look for when choosing the company that will build your product. Today, we've compiled the “gotta-know” details that are essential to having a successful contract manufacturing experience.
This post will explore some of those details, but you'll also find useful links to past posts throughout the text that provide more information. And we'd love to hear from you. Let us know in the comment section below if you have questions that weren't answered or suggestions for topics we can cover.
Customers typically make two big mistakes when they’re starting the product development process.
Whatever expectations you have about what your product will cost and how long it will take to get to market are probably inaccurate. As with anything else in life, decisions are easier to make when you have the facts. Here’s a short list of things to do to get started:
There are a lot of contract manufacturers out there, but which one is right for you? Here are some things to look for:
There’s need-to-have and nice-to-have. It’s great when your contract manufacturer can offer additional services beyond the basics. For example:
Design for Manufacturability (DFM)
Designing for Manufacturability is the process of engineering or designing a product so that it can be produced at the lowest possible price. There are three goals to DFM, all of which goes back to cost and time to production:
Everything is on the table and reviewed: raw materials; secondary processes (finishing, plating); dimensional requirements; final packaging. Engineers use different types of modeling tools to play “what if” with your design. The design phase is the place to find the flaws. It will never be a less expensive time to fix a problem than when you’re looking at a design on a computer screen, paper or a model off a 3D-printer.
During this process, engineers ask questions about why a material was selected and examine whether another material would help meet one of the three goals. They’ll also speculate on what outcome they could expect if a different process was used.
DFM seeks answers to two questions: What needs to be added? What needs to be removed?
Engineers use DFM to:
When your product is going through the DFM process, you can expect engineers to attempt to apply several principles to get to their reduction goals. Everything in DFM is about streamlining and creating product efficiency.
Other product development differentiators include:
Computational Fluid Dynamics (CFD) Analysis
Companies use CFD to test concepts and review the impact of changes to existing designs. CFD analyzes the way fluid (or gas) properties behave under a variety of factors including pressure, velocity, temperature and vorticity. CFD software provides a “window” into the system so engineers can collect and review a large amount of data without affecting the system. There’s no other way to work with fluids that allows for quick testing and accurate results without prototyping and measuring a physical sample.
Despite its sometimes negative connotation, if you’re looking to get quotes on a part or piece you already have in production, you need a CM that is skilled at reverse engineering. Essentially, engineers strip down your product to examine every piece, finish, nook and cranny in order to figure out how to it's made. It's a good exercise in learning as much as possible about a product.
Maybe you need help with research and ideation to help build your new product prototype. Perhaps your currently produced item just needs a subtle tweak. Professionals skilled in product design services can help with both those things. They’ll want to know:
Expect design services folks to ask a lot of questions to determine and define the purpose of the product.
It is helpful for your contract manufacturer to have the capability to 3D print small part or pieces to make sure you're on the right track. Depending on the size, complexity and type of material needed to print your piece, the CM might contract out the printing.
There is so much to consider as you begin the process of product development. It's easy to get overwhelmed. Here are some other posts that can help you during this process: