Selective Laser Sintering (SLS)
Multi-Jet Fusion (MJF)
Stereolithography (SLA)
PolyJet Matrix
Fused Deposition Modeling (FDM)
Direct Metal Laser Sintering (DMLS)
Post Processing Services
3D Modeling & CAD Services
3D Scanning Services
Design Guidelines
Technology Guide
Material Guide
Painting Guide
Case Studies
Blog
Canada's Source for 3D Printing & Custom Manufacturing
- 50+ advanced polymers and metals
- 6 state-of-the-art 3D printing technologies
- 1 day minimum lead time and nationwide next-day shipping
Unlock The Full Potential of 3D Printing
End-Use
- 1 - 500+ Parts
- Tolerances to +/-0.25mm
- As quick as 2 business days
- Build sizes up to 14" x 16"
High Detail
- 1 - 50+ Parts
- Tolerances to +/-0.15mm
- As quick as 1 business day
- Build sizes up to 59" x 30"
Production
- 1 - 1000+ Parts
- Tolerances to +/-0.3mm
- As quick as 5 business days
- Build sizes up to 14" x 16"
Metal
- 1 - 100+ Parts
- Tolerances to +/-0.3mm
- As quick as 8 business days
- Build sizes up to 12" x 10"
Performance
- 1 - 100+ Parts
- Tolerances to +/-0.1mm
- As quick as 1 business day
- Build sizes up to 36" x 24"
Our Digital Manufacturing Process
Instant Pricing
Made In Canada
Next Day Delivery
Quality Assurance
In-house Production.
There is no lost time communicating with manufacturing partners or shipping parts between facilities. We have complete control over your part production, and we can respond to changing needs within minutes.
Quality & Inspection Reports.
Our facilities operate using ISO 9001 guidelines so we can manage part quality at every step of the process. Our precision-driven 3D printing solutions serve aerospace, defense, automotive, medical, film, fine art, robotics, energy, consumer electronics, and beyond. Our comprehensive offerings encompass Certificate of Conformities (CoCs), material certifications, finishing validations, inspection reports, and hardware endorsements.
3D Printing Materials
Polymers
Industrial Resins
Thermoplastics
Metals & Alloys
3D Printing Solutions for Canadian Industries
Industry Highlight: Going Deeper with Marine and Subsea 3D Printing
Additive manufacturing offers a number of advantages in the design of subsea UAV vehicles including body, jigs & fixtures and composite layup tools. As supply chains were threatened by Covid-19, many manufacturers were not able to keep up with the demand. To ease the burden on the supply chain, many companies looked towards 3D printing to reduce turnaround time on castings, forgings and fittings. Along with drastically reduce lead times, there is no cost for complexity with 3D printing and additive manufacturing technologies, allowing difficult to machine parts to be 3D printed instead, much quicker and affordably in a wide range of lightweight water-worthy thermoplastics, composites and metals.
Companies like International Submarine Engineering were able to reduce their production time to less than half, shortening the overall production time of their UAV vehicles by months. Additionally, 3D printed parts can be more easily replaced, increasing the availability of spare parts in case of emergencies. Over the life of an AUV, additive manufacturing innovations have had significant impact. These innovations have allowed AUV's to travel greater distances and be built faster and lighter than ever possible with traditional manufacturing methods. As subsea manufacturing moves towards increasing efficiency and accelerating their supply chains, 3D printing has proven itself to be an integral solution to their success.
Automotive
Additive manufacturing and 3D printing has been used in automotive design & prototyping for decades, however recent advancements have dramatically expanded the potential applications of the technology.
Architecture
Manufacturing architectural models with 3D printing enables designers to swiftly create complex models in various resins and polymers for trade shows, presentation centers, and client meetings.
Medical
3D printing has revolutionized medical device design, development, and manufacturing, allowing customization, biocompatible materials, improved design, and rapid prototyping. This plays a vital role in developing medical devices that enhance patient outcomes and quality of life.
Automotive
Aerospace designers and engineers embrace 3D printing to optimize geometries and reduce part weight beyond previous limits. Replacing machined parts with 3D printed ones leads to aircraft with reduced fuel costs and improved performance.
Industrial Design
Forge Labs collaborates with industrial designers and engineers for quick iteration through high-quality prototyping with fast turn-around times. 3D printing allows building complex, functional models in real-world plastics, enabling comprehensive testing before tooling.
Film & Television
3D printing technology has transformed filmmakers' prop and costume creation, offering unmatched benefits over traditional methods. Forge Labs excels in bringing complex concept art to life using advanced 3D printing technologies.
Frequently Asked Questions
If you’d like to learn more or request a quote, don’t hesitate to reach out to us at sales@forgelabs.ca or 1-877-329-9131.
