Fuse X1 and Fuse 1+ 30W
Drawn to the same scale · the Fuse X1 has about 7.5 times the volume of a Fuse 1+ 30W
SLS printer
Formlabs Fuse X1
On the Fuse X1 we print large parts, up to 330 × 330 × 565 mm, and production batches in Nylon 12.
Materials on this printer
- Nylon 12available
- Nylon 11announced
Formlabs has announced the Fuse X1 profile for the end of 2026; until then we print it on the Fuse 1+ 30W.
- Nylon 12 GFannounced
Announced by Formlabs for the Fuse X1 by June 2027.
- TPU 90Aannounced
Announced by Formlabs for the Fuse X1 by June 2027.
- Build volume
- 330 × 330 × 565 mm
- Maximum part length
- 713 mmpart placed along the chamber diagonal
- Layer thickness
- 110 µm
- Laser
- ytterbium-doped fibre, 120 W1064 nm wavelength
- Laser spot diameter
- 330 µmFWHM
- Atmosphere
- nitrogenexternal nitrogen supply
- Throughput
- 0.33 kg/hsintered powder, as stated by Formlabs
- Thermal control
- 13 independent heating zonesheated chamber, adjusted during printing
- Internal temperature
- up to 210 °C
- Chamber packing density
- over 30% of the volumeparts nested in 3D, without supports
SLS printer
Formlabs Fuse 1+ 30W
On the Fuse 1+ 30W we print small and medium parts in the full material range, including the materials that do not yet run on the X1.
Materials on this printer
- Nylon 12available
- Nylon 12 Whiteavailable
Printed in nitrogen so the white stays consistent.
- Nylon 12 Toughavailable
- Nylon 11available
Printed in nitrogen, as Formlabs recommends.
- Nylon 12 GFavailable
- Nylon 11 CFavailable
Printed only in nitrogen.
- TPU 90Aavailable
- Polypropyleneavailable
Formlabs has stopped producing the powder; availability depends on our stock.
- Build volume
- 165 × 165 × 300 mm
- Layer thickness
- 110 µm
- Laser
- ytterbium-doped fibre, 30 W1070 nm wavelength
- Laser spot diameter
- 247 µmFWHM
- Atmosphere
- air or nitrogennitrogen required for PA11 CF, recommended for PA11 and PA12 White
- Throughput
- 0.063 kg/hsintered powder, as stated by Formlabs
- Internal temperature
- up to 200 °C
After printing
Cleaning the parts after printing
A part taken out of the powder is covered by a fine layer of clinging powder. We clean it in 2 stages, with dedicated equipment, so the surface is even and the unused powder can be reused.
Fuse Sift
The depowdering station for the Fuse 1+ 30W. We take the parts out of the build chamber, recover the unsintered powder, sieve it and mix it with fresh powder in the ratio the material requires.
- Compatibility
- Fuse 1+ 30W build chamber
- Fresh powder hopper
- 17 l
- Used powder hopper
- 18 l
- Powder mixing
- automatic, fresh with recovered
- Filtration
- negative-pressure hood with HEPA filter
Fuse Sift X1
The depowdering station for the Fuse X1. The build unit docks straight into the station, the parts are cleaned with compressed air in a sealed glovebox, and the recovered powder goes automatically to mixing.
- Compatibility
- Fuse X1 build unit
- Used powder capacity
- 3–5 full builds
- Depowdering
- compressed air, in a sealed glovebox
- Powder transport
- vacuum conveyor to the mixing station
Fuse Blast
Cleans the remaining powder off the parts by automatic glass bead blasting in a rotating basket and, on request, polishes them to a semi-gloss surface that is ready for dyeing or painting.
- Blasting media
- glass beads, 200–300 µm
- Rotating basket
- Ø 450 mm, 250 mm deepholds a full Fuse 1+ 30W build
- Cycle time
- from 15 minutesautomatic cleaning and polishing, according to Formlabs
- Polishing
- polishing media, semi-gloss surface
- Antistatic
- in-line ioniserkeeps dust and blasting media from settling on the parts
- Parts from the Fuse X1
- high-capacity kit, 50% larger basket
Send your file and we'll choose the right printer for your part
- Free quote
- No minimum quantity
- NDA on request