Formlabs 3D Printers
Engineered From The ground Up To Be Reliable and Affordable
High Quality Parts in Hours not Days
Introducing the Fuse 1+ 30W, engineered to deliver unprecedented print speeds and material enablement, for truly rapid production in-house and high ROI.
100k+
Printers sold
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proprietary materials
100m+
Parts printed
Fuse 1+ 30W
Designed for maximum output and minimum waste
Building on effective powder containment and an easy setup, Fuse 1+ 30W is equipped with a powerful, 30W laser enabling same-day delivery of prototypes and end-use parts. Active powder handling unlocks the use of exclusive, new materials such as carbon fiber-reinforced nylon, and a nitrogen purge print option allows for unprecedented performance and consistency across all SLS parts.
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Fuse 1+ 30W
Unprecedented print speeds and a full range of materials to deliver truly rapid prototyping and production in-house
introducing open material mode.
Formlabs is now open with the launch of Open Platform, unlocking the freedom to print with any unvalidated 405nm resin or 1064nm powder with Formlabs SLA or SLS printers, giving you more control, more affordability, and more options than ever before.
Open Material Mode, along with SLA & SLS Print Settings Editor, provides expert users with full access to third-party materials, and maximum customization such as exposure, layer height, heating for SLA and layer thickness, XYZ correction factors, and exposure for SLS. At Formlabs, we believe in driving innovation forward by providing the freedom and flexibility you need to turn your ideas into reality.
available materials.
Formlabs Nylon 12 White Powder
Create functional prototypes and end-use customer-facing parts that can be easily dyed to match brand aesthetics as well as medical devices and models with high contrast and detail.
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Formlabs Nylon 12 Tough Powder
High ductility and great dimensional accuracy. Print durable parts for prototyping and small batch production that have reduced warpage without sacrificing strength.
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Nylon 11 CF Powder
Perfect for end-use applications that require superior stiffness and strength. Nylon 11 CF Powder to produces lightweight, rigid parts that remain structurally and thermally stable and can sustain repeated impact.
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Formlabs Polypropylene Powder
Polypropylene Powder offers exceptional ductility and chemical resistance enable you to produce not only functional prototypes but also resilient end-use components right in your facility.
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Nylon 11 Powder
For ductile, robust parts, Nylon 11 Powder is a high performance, bio-based nylon material for functional prototyping, small batch production, and suitable for parts that need to bend or take impact.
Request a Free Sample Formlabs TPU 90A
Easily create flexible parts that withstand the demands of everyday use. TPU 90A’s high elongation and superior tear strength are ideal for functional prototypes or durable end-use parts.
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Nylon 12 GF Powder
A glass-filled material with enhanced stiffness and heat resistance to endure demanding manufacturing conditions. Ideal for applications where structural rigidity and thermal stability are critical.
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Nylon 12 Powder
Nylon 12 is a durable, industry standard material ideal for functional prototyping. Its recommended 30% refresh rate allows for maximum reuse of materials and optimal print success.
Request a Free SampleNylon 12 Powder Packaging Updates
Brief Reasoning for the Change:
- 83% reduction in plastic packaging; curbing 10s of thousands of jugs not going to landfills each year.
- Easier disposal for customers; jugs are bulky and customers have communicated grief of them piling up.
- 10kg bags are industry standard and this is an opportunity to reiterate 30% savings on orders of 1000 kg or more.
post processing workflow.
Fuse Blast
Media Blasting Cabinet
Achieve professional, consistent parts that are clean to the touch faster and easier than ever before with Fuse Blast, an easy-to-use, fully automated cleaning and polishing solution for post-processing SLS 3D printed parts.
Fuse Blast seamlessly integrates into the Fuse Series ecosystem and streamlines your post-processing workflow, empowering you to fully clean a whole build chamber of printed parts within 30 minutes and drastically reducing labor time and cost. With the optional Polishing System, Fuse Blast takes your parts to another level by polishing them to a smooth, semi-gloss, and dye-ready surface finish, to deliver consistent, professional-grade results every time.
Fuse Depowdering Kit
The All-in-One Post Processing Kit
This affordable, all-in-one manual post-processing kit allows you to easily clean SLS parts, and recover, sift, and mix used powder to prepare for the next print. Easily switch between materials without the hassle of cleaning machinery or gain access to a complete Fuse SLS ecosystem for low-volume production at an affordable price point.
additional post processing solutions.
Fuse Blast Polishing System
A Drop-in Upgrade for the Fuse Blast
The Fuse Blast Polishing System is a drop-in upgrade to the Fuse Blast that allows users to add a smooth, semi-gloss, scuff-resistant, and dye-ready surface finish to their printed parts. Ideal for consumer-facing, end-use applications with improved look and feel.
Fuse Sift Glovebox Bundle
Workspace-Friendly Fully Enclosed SLS Workflow
Make your SLS Workflow workspace-friendly with the Fuse Sift Glovebox Bundle, a comprehensive solution that combines the Fuse Sift Glovebox Panel and Fuse Parts Carrier to streamline your part extraction workflow and minimize powder exposure.
Powder-Safe Vacuum
Safe for use with all Formlabs SLS powders
This SLS Vacuum is NFPA-652 compliant and safe for use with all Formlabs SLS powders. It can be connected directly to the Fuse Sift integrated hose for clearing powder from a build chamber, removing debris, and cleaning your SLS workstation.
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Fuse 1+ 30W
Highlights:
- Prints up to 2x faster than Fuse 1 thanks to its powerful 30-Watt laser and enhanced galvanometer system
- Exclusive new materials enabled by the upgraded powder handling system
- Enhanced mechanical properties on existing and new materials thanks to the option to print in an inert gas environment with the nitrogen input