Part prototyping is one of the most critical steps in getting a product to market. And it’s a stage where small mistakes can turn into expensive rework down the line. At Element Manufacturing in Perth, we’ve built an in-house process that combines CNC machining and 3D printing to validate mechanical and electronic assemblies before a singel order is placed with an overseas manufacturer.
Why Part Prototyping Matters Before Mass Production
Sending parts to China for mass production is a big commitment, even when you trust the production team. Lead times are long, and it might be cheap, but minimum order quantities can blow out your budget. If a component doesn’t fit the way it was designed to, you don’t find out until a shipment arrives in a 40-foot shipping container. By that point you’ve blown 5 or 6 figures on scrap metal.
Then you’ve got a costly redesign.
Then you’ve got another 2 months wait re-shipping the parts. That’s after the redesign and re-quote and production. So, let’s call it 6 months.
The smarter approach is to prove the design works before the parts ever goes to production.
CNC Machining Functional Prototypes
For mechanical parts, our CNC machining capability lets us produce accurate, functional prototypes from the same material class as the intended production parts. Tolerances are tight, surface finishes are representative and the parts behave the way they will in production.
This matters because a prototype made from foam or a rough 3D print won’t tell you much about how an aluminium housing will feel when assembled. Or how a pressed fit will perform. Or whether a machined interface will seat correctly against a mating component. CNC prototypes give engineers something they can actually torque down, stress test and sign off on.
Bridging the Electronics and Manufacturing Teams
This kind of prototyping works best when the electronics and manufacturing teams are talking to each other early. In practice, hardware engineers are working in their PCB layout tool while mechanical designers are working in CAD and the two models don’t always get compared until it’s too late.
At Element Manufacturing, we bring these disciplines together during the design phase. Our manufacturing team reviews mechanical fit requirements alongside the electronics team’s layout constraints. So we work through any conflicts before finalising either design. That coordination catches the problems that fall through the cracks when teams work in silos. Things like a capacitor that sits too tall for the lid to close, a mounting hole that lands on a trace, or a heatsink that blocks a required access port. Getting cross-discipline fit validation done in Perth before production means far fewer surprises when parts come back from your production team.
We can confidently say that Element Manufacturing is one of the fastest places in the world to develop a product.
Ayrton Sue, Element Founder
Cost effective, even if you’re not in Australia
Are you in the USA or Europe? Our Australian team speaks English and can work while you’re asleep. We have high levels of safety, quality control and account management.
Need to see it in your hands? We can get it to you in a day or two with expedited shipping.
From Prototype to Production Confidence
Once the CNC parts and 3D printed assemblies have been reviewed and signed off, the team has a high level of confidence in the design before committing to offshore production. Drawings are accurate, tolerances are validated and the electronics and mechanical geometry are confirmed to work together.
That confidence is what makes the difference between a smooth production run and an expensive redesign cycle on the other side of the world. If you’re working on a product that combines custom mechanical parts and electronics, talk to the team at Element Manufacturing about how we can support your prototyping process before you go to production.