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Fablab Inc. - Service d’impression 3D à Montréal
Our online platform gives you access to all our scanning, design and 3D printing services. Whatever your project, we can advise and guide you towards the best options.
Rapid prototyping via additive manufacturing is fast becoming an indispensable resource. Recent advances in this field are opening up new options for industrial, commercial, medical, research and even artistic projects. These new technologies are becoming accessible to a wider range of users looking for alternatives to costly manufacturing by casting, CNC or machining.
Industrial applications include spare parts, prototypes and proof-of-concept components.
Some commercial projects involve promotional items, electronic housings or connectors, even finished products for resale.
The most interesting applications are medical and artistic, as they often push back the limits of printing technologies.
If your projects require parts with a clean, shiny surface that looks like a molded part, then we can help. We offer more surface finishing options for your printed parts. Until recently, only a few materials could be treated manually, and the result was rarely equal. Our solvent vapor smoothing process is applied consistently every time and works with all our selections for SLS and FDM, for a result comparable to injection molding.
With over 10 years' experience in 3D printing, our experts can recommend the best printing technology and material to ensure you get the best result. Whether your parts require plastics or metals, transparent or flexible materials, or even simply to replace molding and machining processes, we can guide you.
Fused Deposition Modelling (FDM) is an ideal technology for the manufacture of prototypes or small series of finished parts. This technology enables parts to be manufactured by depositing extruded layers of thermoplastic polymer, such as ABS, PC, Nylon, ULTEM, etc.
SLS technology is often the best choice for 3D printing. Its finish, material strength and price are often unbeatable. Selective laser sintering is the best option for complex shapes, as no support material is required. Parts are easy to clean and prepare after printing.
Polyjet technology is similar to SLA, but can achieve a finer level of detail. It is even possible to combine materials in the same part.
DMLS lets you manufacture parts directly in metal. Perfect for prototypes or functional parts requiring good mechanical properties. Metal parts made by laser sintering are durable and can be easily machined and polished.
Simply upload your 3D model and select your printing options to see prices automatically. Some materials, such as metals, may require a price inquiry.
Create your basket and save it for later as a quote. You can also request better prices for your batch of items.
Without sharing access to your files, you can authorize your colleagues to print your 3D models, and even take advantage of your reduced rates.
We have incorporated a new engineering resin into our material options which is used in the lost wax casting process. This resin is a material containing 20% wax, allowing reliable and clean burning, without residue or ash. It perfectly reproduces intricate details and results in smooth surfaces characteristic of stereolithographic printing. The printed parts are...
Our new polyjet machine is now ready to produce your parts! Able to go up to a resolution of 13 microns, this technology makes it possible to combine precision and speed. It can also print large parts thanks to its 260 x 260 x 200 mm (10.24 × 10.24 × 7.9 in) area. Several materials...
Although basic shapes and cross-sections are easily manufactured using traditional techniques, complex parts with hollow interiors still present a real challenge to manufacture in the composite parts industry. Thanks to additive manufacturing technologies, it is now possible to simplify the process for these types of projects. The ST-130 ™ material offers an efficient and cost...
Using our 3 RUSH production options, your parts can be ready in 24, 48, or 72 hours. These accelerated lead times will help you validate your 3D designs and build of your prototypes faster. How does it work? We plan our production very carefully, as some printing jobs can take several dozen hours. It can...
