Just think about it for a second. Every day you interact with hundreds of products that at one point were nothing more than an idea. But have you ever wondered what it looks like to take a product from prototype to production? It's a complex process that combines creativity and procedures. There are stops and starts. The timeline for development is as individual as the person who created the product. However, there are several milestones to look for along the way.
If you’re working with a contract manufacturer who can help you with design for manufacturability (DFM), so much the better. Such manufacturers have in-house engineering (or trusted engineering sources) and sales teams with experience in determining whether your concept will translate into a scalable production opportunity.
You provide a drawing package, and sometimes a prototype to your contract manufacturer. Their goal is to provide you with a detailed quote and project proposal to move into mass production. At this point, your contract manufacturer carefully reviews the design to determine capability, pricing and tooling requirements. The sourcing team assesses raw material and component availability. Sometimes, specific components used in the prototype will be swapped out based on availability. The result is a quote and project approach that are most effective and efficient for you.
Once you’ve approved the quote and project approach, your product enters the tooling/sampling phase, which is also known as non-production release (NPR). During this phase tooling is completed and the design is turned into a physical sample that can be consistently replicated while meeting product specifications.
Documentation is finalized for control and translation into manufacturing. Meanwhile, a preliminary quality procedure (QP) is outlined against the product specs. The QP is a living document — continually updated — and covers all form, fit and functional requirements you have, including in-process documentation, third-party certifications or raw material specifications.
REMEMBER: This process is truly iterative. Initial samples often need tweaking. There might be additional design changes, meaning additional samples. There’s not a firm timeline for how long this takes. Engineers will adjust until they get it right. This is good. You don’t want to have to make changes later in the process.
After a pilot production run — a short-term run of a small batch, usually 200 to 500 pieces, depending on complexity, size and volume of the product — your sample has been qualified and your product is ready for mass production.
There are three goals:
The first samples are tested against the QP and undergo lifecycle testing. Quality control observes and inspects factory production, reporting any significant quality issues that arise. During production review, several critical analyses can occur, including:
When production is complete, the final product is inspected against both the quality procedure and previously approved samples. Quality control issues a formal inspection report for review and shipment approval. You should expect each shipment to be inspected and approved prior to being released. Such a protocol creates a closed-loop process that builds in continuous improvement for successive production runs.
Look, taking an idea from concept to production is not for sissies. You’ve got to have thick skin when people start picking apart your idea, looking for flaws. But your contract manufacturer is in business to help you. The same persistence you demonstrated in creating your idea in the first place needs to be part of your emotional toolkit as you go through the production process.
Issues may rear their ugly heads, sometimes causing a need to backtrack to fine tune the initial idea or even adjust the scope of the project altogether. The ability to adapt to such changes on the fly and see the project through to completion is easier said than done, but the guidance of a seasoned contract manufacturer can help release the pressure and get you closer to that finish line a bit faster.
For more information about the product development process, check out these previous posts: