3D Printed Functional Prototypes
As Close As You Can Get To Injection Molding
Stop Compromising
You don’t have to settle for fragile 3D printed parts when there is a better option. With our years of experience with SLS technology, you’ll not only receive accurate and detailed parts, but also components you can tap, drill, snap-sit and run fluids through. We can also build living hinges and functioning springs.
As the selective laser sintering process doesn’t have to factor in a separate support structure system (like so many other 3D printing methods), we can often build what would be considered the impossible to create with CNC machining or other traditional manufacturing methods. We don’t even give a second thought to components like assemblies, linked chains, spring-loaded or parts with undercuts.
What Haven’t We Done?
Our functional prototypes have had gallons of water and various fluids run through them, have been bolted down, dragged behind submarines; flown in the air, thrown across fields, attached to boats, tested on cars, sterilized, painted, drilled, machined and used as medical tools.
We’ve created full bicycle frames, ski goggles, light fixtures, scientific lab tools, toys, game pieces, machine fittings, replacement components, body parts, promotional give-a-ways, tiny cities and countless housings. If you can imagine it, we’ve probably printed it.
If you’re looking for the best of all worlds from your 3D printed parts, give us a chance to earn your business by contacting us or requesting a quote and select SLS nylon material.
FAQs
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What do I need to make a 3D printed part?
In order to quote or make a 3D printed part, you need to have a 3D CAD file drawing created. We do not offer drawing or scanning services. If you don’t have a CAD drawing of your part you should find a mechanical engineer/design to draw your part. See what is 3d printing.