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3D Printing Jigs & Fixtures
Rapidly manufacture durable jigs & fixtures with the speed and flexibility of 3D printing. Create accurate, part-specific tools, jigs, fixtures and other manufacturing aid in days.
3D Printing Jigs & Fixtures
Rapidly manufacture durable jigs & fixtures with the speed and flexibility of 3D printing. Create accurate, part-specific tools, jigs, fixtures and other manufacturing aid in days.
High Accuracy
End-use production of 3D printed parts with excellent efficiency and speed, even at low volumes.
Lightweight 3D Printed Metals
Customize jig easily without any added cost to improve tool ergonomics and worker comfort.
Faster Production
3D Print directly from CAD data to create manufacturing aids on-demand
High Accuracy
End-use production of 3D printed parts with excellent efficiency and speed, even at low volumes.
Lightweight 3D Printed Metals
Customize jig easily without any added cost to improve tool ergonomics and worker comfort.
Faster Production
3D Print directly from CAD data to create manufacturing aids on-demand
Jigs & Fixtures
The speed and flexibility of 3D printing also allows for the easy creation of part-specific tools, jigs, fixtures and other manufacturing aids for use on the shop floor, greatly reducing both cost and production time. Unlike traditional machining processes, the cost of 3D printing is not related to complexity, leaving designers more freedom to create complex geometries that improve tool handling and worker comfort. Easily manufacture irregular profiles and contours without worrying about the time or complexity of machining. Further optimize bulky and heavy jigs to not only save material costs, but also reduce the weight of jigs by up to 70% while still maintaining strength, durability and impact resistance for use on the shop floor.
Forge Labs 3D printed jigs and fixtures can be quickly and affordably designed, printed, and revised in a variety of thermoplastic materials that are durable, stable and consistent. Whether you require toughness, electrostatic dissipation, or translucence, 3D printing offers a reliable & repeatable solution.
Custom Jigs & Fixtures Using 3D Printing
The speed and flexibility of 3D printing also allows for the easy creation of part-specific tools, jigs, fixtures and other manufacturing aids for use on the shop floor, greatly reducing both cost and production time. Unlike traditional machining processes, the cost of 3D printing is not related to complexity, leaving designers more freedom to create complex geometries that improve tool handling and worker comfort. Easily manufacture irregular profiles and contours without worrying about the time or complexity of machining. Further optimize bulky and heavy jigs to not only save material costs, but also reduce the weight of jigs by up to 70% while still maintaining strength, durability and impact resistance for use on the shop floor.
Forge Labs 3D printed jigs and fixtures can be quickly and affordably designed, printed, and revised in a variety of thermoplastic materials that are durable, stable and consistent. Whether you require toughness, electrostatic dissipation, or translucence, 3D printing offers a reliable & repeatable solution.
Small Batch Customization
Ultra Fast Turnaround of 3D Printed Aerospace Prototypes
Additive manufacturing unlocks a number of advantages for aerospace engineers, enabling small batch customization of complex, light weight parts in very short timeframes. Complex assemblies can be now consolidated and topology optimized to reduce assembly time, payload volume and failure points. By replacing a traditionally machined part with 3D printed one, it has enabled aircrafts to reduce fuel costs, air drag as well as greatly accelerate their supply chain.
Forge Labs offers highly repeatable technologies capable of manufacturing in fire rated UL94 aerospace-grade materials such as ULTEM 9085, Antero 800NA, Nylon12 FR, Titanium Ti64 and Aluminum AlSi10Mg. Together, these certified 3D printed materials allow for lightweight aircraft interior parts to be printed for a fraction of the traditional manufacturing costs. Designers are now free to introduce more customization within the cockpit and cabin and produce better, and lighter parts much faster than before.
Forge Labs provides an end-to-end process that goes beyond manufacturing. We offer strict quality process, material traceability and certifications to consistently offer the highest reliability in the industry. Together with our advanced technologies and high performance materials, we help to improve the assembly process, reduce production time, costs and time to market.
Precision Rapid Prototyping Services
Ultra Fast Turnaround of 3D Printed Aerospace Prototypes
Rapid prototyping with 3D printing allows the rapid testing of both fit form and function as quick as 1 business day. Unlock complete design freedom, with no cost of complexity and explore new concepts without worrying about tool or mold changes.
Forge Labs' large format Stereolithography (SLA) 3D printers offer exceptionally high tolerances and spacious build platforms large enough to produce parts up to 59 inches in a single print without the need for sectioning or assembly.
High performance 3D printing materials via Selective Laser Sintering (SLS), Multi-Jet Fusion (MJF) and Direct Metal Laser Sintering (DMLS) enables aerospace designers to create highly functional prototypes that look and perform like final products.
Custom Jigs & Fixtures
Transforming the Shop Floor
The speed and accuracy of industrial 3D Printing technologies such as Stereolithography (SLA) and Fused Deposition (FDM) enable the rapid creation of part-specific tools, jigs, fixtures and other manufacturing aids for use on the shop floor. Jigs, fixtures and sacrificial composite tooling can be manufactured quicker than ever using industrial grade additive manufacturing technologies such as Fused Deposition and Laser Sintering. These industrial 3D printing technologies are capable of producing durable, stable, consistent and long lasting tools in variety of thermoplastic materials in as quick as 1 day. Whether you require toughness, electrostatic dissipation, or translucence, we have a material suitable for your application.
Frequently Asked Questions
Yes, we offer in-house modeling, 2D translation as well as 3D scanning & reverse engineering services.
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.
Case Studies | Automotive 3D Printing
How 3D printing has powdered innovation at Polaris using Stratasys industrial FDM 3D printing technology
How International Submarine Engineering used 3D printed parts on their new explorer class submarine.
A breakdown of the automotive manufacturing industry in Toronto, Ontario and how 3D Printing has been integral.
