3D Prototype Design Inc

Materials

Top 5 3D Printing Materials

With years of experience to back us, we have curated the optimal materials that we believe provide all the benefits 3D printing has to offer, including SLS 3D printing with nylon. This includes traits you’re looking for like durability, functionality, rigidity, strength, flexibility, and machinability. Unsure of what material is best suited for your next project? Contact us and one of our 3d printing experts can help you explore your options.

Materials Detail Durable Flexible
Properties
Functional Rigid Rubber-like Short
Run Prod.
Strength Additional Benefits
SLS (sintering): Nylon X X X X X X X living hinges, function springs, tap, drill snap fit, run fluids, sterilize, heat and chemical resistant
SLS (sintering): Rubber-Like (Flex Plastic) X X X X X X X rubber-like properties, shore a hardness 60 or 67, tear resistant
SLS (sintering): Carbon Fiber Poylamide Composite X X X X X X rigid, light weight, stronger than glass-filled nylon
SLA (UV cured): Watershed X X translucent, run fluids
PolyJet (UV cured): VeroWhitePlus X X fine details, multiple hardness built at same time

What About ABS Material, and FDM?

Fused deposition modeling, or FDM, is the process that most people associate with 3D printing. It’s the process that many hobbyist or home machines use, where a plastic filament is melted and squeezed through a nozzle onto a small bed to create one part, one fraction of a layer at a time. Customers often ask us about FDM because it uses ABS material, a polymer that is frequently used in injection molding. The funny thing is that parts made using SLS 3D printing actually behave more closely to injection molded parts than those made using FDM, despite using nylon rather than ABS. It all comes down to the process itself. For a closer look, visit our page on SLS vs. FDM 3D printing where we compare all the key details of the two processes.

FAQs
ANY QUESTIONS?
WE GOT YOU!

Get answers to common questions and find the
support you need.
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.

We’ve built parts for as low as $1 per piece and up, when building multiples. However, each case is unique and dependent on several factors such as: size, area, volume, material used, time to build, commitment to area taken up, labor and what else we can build with it. Our minimum charge is $135.
We don’t like to ballpark pricing unless it’s coming from an existing customer. A guess can sometimes be made, however, you will need a CAD file to move forward and it’s very likely the cost of hiring someone to do the drawing may very well be more than your prototype. Asking how much something the size of a mug or computer mouse will cost rarely offers any value. Start by looking at the cost to get your CAD drawing first to see if that’s cost prohibitive for you.
Hire a mechanical engineer or mechanical designer as they can create 3D CAD drawings. In addition, their education and experience will be valuable later should you manufacture your parts.
We sure can. Whether is a scaled down model for a trade show or for a sales meeting, our 3d printed models can’t be beat! There are some very important things you should quick read first though to better understand what you need to know about 3d printing and your scaled down model. Quick read first

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