3D Prototype Design Inc

SERVICES

3D PRINTING EXPERTS YOU CAN COUNT ON
3D Printing Services for Rapid Prototypes and Short Run Production

As the first 3D printing service provider in Canada, 3D Prototype Design Inc. is still your #1 trusted source for industrial 3D printing needs. Located in New Hamburg, Ontario (10 min from Kitchener/Stratford, 1 hr from Toronto), our facility allows locals to pick up or quick shipping to our Canadian and USA customers.

Serving a wide range of industries since 1996, we’ve provided rapid prototyping services and short production runs to designers, engineers, product development teams, and inventors. Our 3D printing expertise helps get countless products to market faster by giving our customers a means to produce and test design iterations at a speed that rivals in-house production, without all the overhead.

Over the years customers have counted on us not only to supply 3D printed parts quickly, but also to provide functional short-run, production-quality nylon parts, durable rubber-like components, and coloured pieces. Each 3D printed piece that leaves our door has our hallmark benefits of reliability, durability, and functionality.

Part of Your Rapid Prototyping Team

We’ve built a strong reputation of offering remarkable quality, customer service, and support for 3D printing projects big and small. 3D Prototype Design customers know their projects are valued by our attention to detail, willingness to go the extra mile, and availability to support their 3D printing questions and needs quickly.

Even today, many people are just now learning more about 3D printing and what it can do! As leaders in the industry, we take great pride in the 3D printing services we offer by way of informing and educating our customers as to how 3D printing actually works, introducing them to new technologies and clearly explaining what they can expect in exchange for their prototyping dollars.

With 3D Prototype Design, we make it easy to get things done. You can email us directly whenever you’d like, or pick up the phone during business hours and speak with a knowledgeable expert who can answer your questions and help manage your project. From taking your order to ensuring your prototypes arrive as promised, we offer unparalleled customer service. With us, You’re a valued customer, not a number. Contact us today and we’ll be happy to help propel your project with unrivaled 3D printing services.

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 $3 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 $100.
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.