The #1 SLS 3D Printing Platform, Chosen by More Than Half the SLS Users in the World
Key Features
Industry-standard materials, the lowest cost per part, and a workflow simple enough for any team — all delivered in-house, on your schedule.
Build Big
Low Part Cost
Productive
Reliable
Intuitive

Specs
Selective Laser Sintering
330 × 330 × 565 mm 13.0 × 13.0 × 22.2 in
110 microns 0.004 in
Ytterbium Fiber 120W
330 microns 0.0129 in
Modular, compatible with Fuse X1 generation printer and Fuse Sift X1
How it works
01
Set up parts in PreForm and organize entire jobs, across builds, materials, and printers, in a single project file.

02
Quick-connect build chambers, automated powder loading, and no optics cleaning between prints. Hit print and walk away.

03
Move the build chamber straight into the Sift X1, where an integrated glovebox and compressed air make breakout fast, clean, and contained.

04
Automated cleaning and polishing in the Fuse Blast, with a 50% larger basket for bigger parts and easy removal for large-format work.

05
Use the Vacuum Transport System to load used and new powder into the Mix Kit and refresh the material for your next print, making the loading process just as easy.

How it works
01
Set up parts in PreForm and organize entire jobs, across builds, materials, and printers, in a single project file.
02
Quick-connect build chambers, automated powder loading, and no optics cleaning between prints. Hit print and walk away.
03
Move the build chamber straight into the Sift X1, where an integrated glovebox and compressed air make breakout fast, clean, and contained.
04
Automated cleaning and polishing in the Fuse Blast, with a 50% larger basket for bigger parts and easy removal for large-format work.
05
Use the Vacuum Transport System to load used and new powder into the Mix Kit and refresh the material for your next print, making the loading process just as easy.






Performance
With 30%+ packing density and a 61.5L build volume, the Fuse X1 fits more parts in a single build than competing industrial SLS and MJF systems — adding up to thousands more parts per week.
At just 1.3 m², the Fuse X1 takes up less than half the floor space of an HP 5600 (2.80 m²) or EOS P3 Next (2.70 m²). It rolls through a standard doorway, so you can install production-scale SLS without rebuilding your floor plan.
Engineering
Using thermal imaging, Adaptive Temperature Control collects and processes 700 times more data per second than the Fuse 1+ 30W. That data drives 13 independent thermal zones that deliver, maintain, and sinter powder at an incredibly precise and stable temperature from the first layer to the last, giving you unlimited packing freedom and exceptional part quality.





Cost Comparison
$59
Lead time
2 days
$239
Outsourced
Lead time
14 days
$115
Legacy SLS
Lead time
5 days



Materials
Versatile go-to powder with superior dimensional accuracy and detail. The ideal all-purpose material for functional prototypes, tooling, and end-use parts across a wide range of industries.




SLS Printer Comparison

Fuse X1
High Performance Industrial 3D Printer

Fuse 1+
High Performance Benchtop SLS 3D Printer
Laser Type
120 Watt Fiber Laser
Laser Type
30 Watt Fiber Laser
Build Volume
330 × 330 × 565 mm / 61.5L
Build Volume
165 × 165 × 300 mm / 8.2L
Throughput
0.330 Kg/Hr
Throughput
0.063 Kg/Hr
Footprint
12.2 Sq.Ft
Footprint
4.8 Sq.Ft
Print Environment
Nitrogen
Print Environment
Air and Nitrogen
Materials
Nylon 12, Nylon 11*, Nylon 12 GF**, TPU 90A Powder**, or any 1064 nm powder with Open Material Mode.
Materials
Nylon 12, Nylon 12 Tough, Nylon 12 White, Nylon 11, Nylon 12 GF, Nylon 11 CF, TPU 90A Powders, or any 1064 nm powder with Open Material Mode.
Customer Spotlight
Tesla's Additive Manufacturing team at Giga Nevada needed to deliver most printed parts in under 24 hours — a challenge that traditional large-format SLS printers couldn't meet at full build height. With the Fuse X1, they unlocked the full 565 mm Z-height within a single production cycle.
30,000+
Parts produced per week
at peak production
24 hrs
Part turnaround time
for most builds
2×
Throughput increase
on window dunnage racks
145h → 24h
Rework jig cycle time
dramatically reduced
“With the increased throughput and decreased costs, Fuse X1 has completely changed our perspective on what kinds of projects our lab can support versus what we would have traditionally moved to an injection mold.”




Customer Spotlight
Radio Flyer's product development team needed to rapidly prototype large consumer products like the Flyer Loop Cargo eBike. Their old process — metal frames covered with dozens of glued 3D-printed sections — took two months per prototype. With the Fuse X1, they now print an entire eBike frame in two overnight builds and iterate three times as often.
2 days
Full prototype turnaround
down from 2 months
90%
Reduction in dev time
across product lines
9×
Less manual labor
vs. previous process
3×
Faster design iterations
per development cycle
“With Fuse X1, we can now print an entire Flyer Loop cargo eBike overnight and be gluing it together the next day. So we went from two months to two weeks to a couple of days.”




Fuse Sift X1

Fuse Blast
Fully automated cleaning and polishing solution.

Fuse Sift X1
Built for nonstop builds.
Fuse Blast
Fully automated cleaning and polishing solution.


Formlabs Software
Formlabs software solutions help you work more efficiently. Prepare your 3D models for printing with a few clicks, manage a single printer or an entire fleet from the cloud, and automate and optimize your workflow.

Bring scalable, industrial SLS 3D printing in-house. Our team will guide you on setup, materials, and the right workflow to expand production as your demand grows.
Get in touch