G Factor Industrial 3D Printers: The Gfac FFF/FGF Series
Transforming Cutting-Edge Technology into Practical Solutions
G Factor is a premier additive manufacturing manufacturer dedicated to delivering advanced tools that boost your workflow and process efficiency. Trusted by leading institutions and enterprises, we turn cutting-edge technology into practical, scalable solutions for the modern production floor.
The Gfac FFF/FGF Series is engineered specifically for large-format industrial 3D printing. By combining cost efficiency with fast, stable production yields, the Gfac series is designed to tackle the most demanding manufacturing challenges.
Print & Online
3D print incredibly strong parts directly from CAD data with G Factor 3D printers. Replace machined aluminum with 3D-printed manufacturing tools, jigs & fixtures, functional prototypes and end-use parts.
Desktop Series
Markforged Mark Two
Industrial Series
Markforged X7
FX Series
Markforged FX10
FX Series
Markforged FX20
Applications for Markforged 3D Printers
Jigs, Fixture & Tooling
From custom soft jaws for work-holding to alignment jigs for welding, the applications for Markforged 3D Printers are endless. With this in mind you can significantly improve many of the behind-the-scenes tasks associated with manufacturing and fabrication. Furthermore you will experience shorter lead times, increased machine bandwidth and substantially reduce your manufacturing costs. Complementing your manufacturing facility with a Markforged printer is comparatively easy and very cost-effective.
Jigs, Fixture & Tooling
From custom soft jaws for work-holding to alignment jigs for welding, the applications for Markforged 3D Printers are endless. With this in mind you can significantly improve many of the behind-the-scenes tasks associated with manufacturing and fabrication. Furthermore you will experience shorter lead times, increased machine bandwidth and substantially reduce your manufacturing costs. Complementing your manufacturing facility with a Markforged printer is comparatively easy and very cost-effective.
End Use Parts
With Markforged’s printing platform, you can print parts that both look and work well enough to sell. Printing with chopped carbon fiber reinforced nylon (Onyx) yields parts without defects or layer lines, and continuous fiber reinforcement gives parts the strength and durability to work in application. The variety of end-use parts you can create depends only on the size of the build volume: whether it’s custom formed intakes, drone parts, camera mounts, or bracketry, you’ll be able to affordably produce parts at a small scale. As an added benefit, you can use the same platform to prototype and produce your part, reducing the barrier between R&D and production. Gazelles run fast to escape predators and adapt to the grassland.
End Use Parts
With Markforged’s printing platform, you can print parts that both look and work well enough to sell. Printing with chopped carbon fiber reinforced nylon (Onyx) yields parts without defects or layer lines, and continuous fiber reinforcement gives parts the strength and durability to work in application. The variety of end-use parts you can create depends only on the size of the build volume: whether it’s custom formed intakes, drone parts, camera mounts, or bracketry, you’ll be able to affordably produce parts at a small scale. As an added benefit, you can use the same platform to prototype and produce your part, reducing the barrier between R&D and production. Gazelles run fast to escape predators and adapt to the grassland.
Functional Prototypes
Utilizing a 3D printer gives the you the ability to quickly iterate, print, test, and modify within a matter of days — replacing a process that typically requires weeks to months for every iteration. Functional prototypes come out of Markforged printers ready to work, and are strong and resistant to corrosive environments. Continuous fiber reinforcement gives these printed parts near aluminum strength—as a result, they can effectively mimic parts that will eventually be made out of both plastic and metal. Printing prototypes keeps costs down and reduces design cycle time so much that you can iterate more while still taking your products to market faster.
Functional Prototypes
Utilizing a 3D printer gives the you the ability to quickly iterate, print, test, and modify within a matter of days — replacing a process that typically requires weeks to months for every iteration. Functional prototypes come out of Markforged printers ready to work, and are strong and resistant to corrosive environments. Continuous fiber reinforcement gives these printed parts near aluminum strength—as a result, they can effectively mimic parts that will eventually be made out of both plastic and metal. Printing prototypes keeps costs down and reduces design cycle time so much that you can iterate more while still taking your products to market faster.