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Online 3D Printing Service Canada
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3D Printing > Canada
Upload your CAD files to get free, instant 3D Printing quotes in Canada. Order prototype, one-off, or production 3D Printed parts right to your doorstep in minutes.
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Low Cost Pricing • Instant Quotes • Prototypes From CA$10
Why Canada Trusts Prototype Hubs
Buyer Protection
After you place an order, your money is held by Prototype Hubs until you have received your parts and are satisfied.
Quality Parts
Whether you need ISO certified manufacturers or above standard tolerances, our manufacturer network is fully certified.
Instant Quotes
Get hundreds of instant quotes from verified Manufacturing Partners when you upload your parts files to the Prototype Hubs site.
Additive
Manufacturing
3D Printing Methods
Fused Deposition Modeling (FDM)
FDM 3D Printing is one of the most widely used manufacturing methods for prototyping with fast lead times.
Stereolithography (SLA)
SLA 3D Printing produces highly detailed parts with a smooth surface finish, which is great for visual prototypes.
Direct Metal Laser Sintering (DMLS)
DMLS 3D Printing is used to 3D Print metal parts out of a wide range of available metal and metal alloy powders.
MultiJet Fusion (MJF)
MJF 3D Printing is an industrial additive manufacturing method that is used for end use parts because of their strength.
Selective Laser Sintering (SLS)
SLS 3D Printings is used for short-run production and functional prototype parts with good mechanical properties.
MultiJet Printing (MJP)
MJP or PolyJet 3D Printing is ideal for parts with complex geometries or parts that need a smooth surface finish.
Upload Your CAD Files to get Instant Free Quotes
3D Printing Materials
With a wide range of 3D Printing materials to choose from in Canada on the Prototype Hubs platform, here is a list of our most commonly used 3D Printing materials to get a quote with.
Fast lead times, low cost for prototyping, high stiffness, and good detail.
High impact resistance, can be sterilized, great for mechanical parts.
ABS has good heat resistance and is great for outdoor applications. Can be smoothed.
Extremely flexible rubber like material with resistance to oils and abrasion.
High detail with smooth surface quality for visual prototypes. Wide range of materials.
Durable with excellent mechanical strength properties. Great for functional prototypes.
Stainless Steel
High wear resistance and corrosion resistance. Can be machined to tolerance.
Aluminum
Excellent strength-to-weight ratio with high thermal and electrical conductivity.
Additional Prototype Hubs Manufacturing Services
Customers in Canada are happy with our local Canadian 3D Printing Services.
Awesome online platform, customer service, and product quality.
-Blake, Kewlowna
Did my very first custom 3D printed part with a buddy who helped draw it up. Went online, uploaded the file and only a couple days later the parts were in my hands.
-Peter, Laval
It’s very straight to the point and having no background in 3D printed stuff it had me ready to print really fast. Not to mention my part I got printed came in rather fast as well.
-Jane, Edmonton
I love the flow of this site.
-Simon, Prince George
The platform worked well and smoothly. Customer support was very helpful.
-Tricia, Montreal
Had a great experience working with Prototype Hubs. They keep you informed throughout the whole process.
-Amdre, Hamilton
Prototype Hubs are awesome! Setting up an account and placing an order was super fast and easy.
-Brandy, Winnipeg
I had a small hiccup with my order and they quickly covered the cost to make it right without any hassle. Very respectable company.
-Ron, Vancouver
3D Printing Locations in Canada
Saskatchewan
Manitoba
Quebec
Prince Edward Island
Nova Scotia
The impact of 3D printing and FrameCAD technologies on home construction in Canada
In 2014, a breakthrough began in the field of building construction.
Buildings are built from concrete using a 3D printer. Many people already know what a 3D printer is - it is a numerically controlled machine that uses the layer-by-layer method of creating a part.
Vancouver's high home prices make buying a home an impossible dream for most residents. Therefore, fortunately for many who want to buy a house for themselves, an affordable alternative will appear on the market - houses built by 3D printers. nine0003
New construction solution based on laser 3D printing of custom modular and steel beams and panels. The technology allows you to quickly create completely new tasks for printing. These steel parts are created with the design of the building under construction in mind, and then sent to the construction site and assembled in a short time.
Construction company LifeTec Construction Group uses a 3D printer to print metal structures to speed up the building process. The company is based in Vancouver. nine0003
Traditionally, large wooden trusses are used in the construction of small residential buildings.
Their production noticeably slows down the construction process.
The new technology involves the replacement of wooden trusses with metal ones. At the same time, there is an important feature - they are printed on a special 3D printer using Framecad technology. It was developed in New Zealand and has since been tested around the world. Builders say building is faster and more efficient when trusses can simply be printed. nine0003
In addition to speed, builders note the increased durability of such structures. Printing also allows for less construction labor, which is especially true in Vancouver.
It is impossible to distinguish a 3D printed house from a traditional house. A 3D printer is laying the foundation of a house by pouring cement in layers. Then roofing, electricity and plumbing are added. For a small fee, customers can customize the settings for their future homes and thus design their own home the way they want. A four-bedroom house will only cost $20,000.
The foundation of the house with an area of 2500 sq.m. can be built in 24 hours. nine0003
Benefits of 3D printed houses
- Uses lightweight metal parts that are stronger and more durable than regular construction wood.
- Easy and quick to assemble.
- Low labor intensity, it will help to make up for the lack of construction labor.
Of course, 3D printing will be increasingly used in construction. Thus, the main US military department has already declared its interest in new technologies and has allocated a substantial amount for research. There are similar projects involving public and private investors in other countries. This is not surprising - humanity is growing at a rapid pace, and everyone needs housing, and 3D printing is proving to be a quick and cheap construction option. Therefore, in 5-10 years, the expression "print a house" is unlikely to surprise anyone. nine0003
Canada develops a portable 3D skin printer
Canada develops a portable 3D skin printer
University of Toronto researchers develop a portable 3D printer that forms tissue in situ and installs it in the wound within two minutes.
The study, led by student Navid Hakimi and led by Associate Professor Axel Günther, has been published in the journal Lab on a Chip. nine0003
We have previously reported exciting developments in the ever-expanding field of 3D Bioprinting. Printed skin tissue is arguably one of the most promising applications of this technology, with a range of effective solutions for skin tissue regeneration.
However, current bioprinting equipment used in laboratories tends to be overly bulky and usually quite expensive and complex, limiting its use in clinical situations. nine0003
3D printer for UoT printers can provide a solution to these problems by offering a cheap and practical pocket-sized device for healing and healing wounds.
When a deep wound forms in the skin, all three layers of the skin—epidermis, dermis, and hypodermis—can be damaged. The currently preferred treatment is epidermopilar skin grafting, where a piece of healthy donor skin is grafted onto the superficial epidermis and part of the underlying dermis.
nine0003
Portable 3D printer feature
Portable 3D printer weighing less than 1 kg, resembling a marking label gun in appearance and function, will cope with the task in about two minutes. The exact time of the operation will depend on the size of the damage to the skin.
The device does not require a sample of the patient's epidermis, since Canadian specialists use the so-called "bio-ink" to form tissue layers. This material enters the skin in the form of strips similar to adhesive plaster, but differing from it in viscosity due to the presence of alginic acid in the composition. Artificial skin is based on living cells together with collagen and fibrin. nine0003
Scientists believe that their printer is a platform that can overcome these barriers, improve the healing process of the skin. A pocket skin printer is similar to a toilet paper dispenser, only instead of a roll it has a microdevice that forms sheets of tissue.
