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SLS 3D printer comparison
Sinterit NILS 480 vs Lisa X vs Formlabs Fuse1
Sinterit is a pioneer in the compact SLS 3D printer segment. The introduction of Lisa in 2014 was a revolution as the first compact, affordable and accessible SLS solution. Recently, other manufacturers have introduced compact SLS devices to their product offering. However, Sinterit continues to be the leader in its segment, with the broadest portfolio of compact SLS equipment and the widest range of optimised materials. Its latest addition, the NILS480, represents a new revolution as the most affordable industrial SLS 3D printing system on the market. With Sinterit's ever-expanding portfolio and new equipment appearing on the market, it can be difficult to select the right one.
Print size
In SLS 3D printing, as no supports are required, the entire volume of the flask is usable. Lisa X and Fuse1 have very similar volumes, while NILS480 offers up to 70% more volume.
Print speed
Lisa X and NILS480 can provide speeds up to 40% faster than Fuse1, allowing full cuvettes to be obtained in up to 24 hours.
Available materials
Sinterit currently offers 9 different materials (thermoplastic composites, ESD materials, polyamides, TPUs, TPE and polypropylene) while Formlabs only allows the use of polyamide.
Open parameters
Unlike closed systems such as Fuse1, Sinterit's equipment allows up to 35 open parameters to be configured, which, together with the possibility of using inert atmosphere, makes it possible to use materials from other manufacturers or experimental materials.
Modular solution
Sinterit offers complete and modular solutions focused on the professional and industrial sector, allowing customised configuration according to the customer's needs.
Costes
The main cost associated with SLS 3D printing is material refreshment. While Sinterit's PA12 requires only 22% refreshment, Formlabs PA12 requires 30%, which means 36% more new material consumption after each print.
Full comparison
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| Model | NILS 480 | Lisa X | Fuse1 |
| Manufacturer | Sinterit | Sinterit | Formlabs |
| Technology | SLS | SLS | SLS |
| Laser power | 30W | 30W | 10W |
| Build speed | 10-14 mm/hr | 10-14 mm/hr | up to 10 mm/hr |
| Build volume | 200 x 200 x 330 mm | 130 x 180 x 330 mm | 165 x 165 x 300 mm |
| Layer thickness | 75-175 microns | 75-175 microns | 100 microns |
| Number of materials | +9 | +9 | +3 |
| Matreials include | Nylon: PA11, PA12, PA11-ESD Safe, PA11-CF Polypropylene: PP TPU x3, TPE |
Nylon: PA11, PA12, PA11-ESD Safe, PA11-CF Polypropylene: PP TPU x3, TPE |
Nylon: PA12, PA11, PA12-GF |
| Auto packing |  |
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| Two build continuous CPS | |
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| Open parameters | |
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| Nitrogen gas enabled | |
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| Sandblaster option | |
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| Powder handling station | |
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| Accesories | Open, Modular | Open, Modular | Closed |
Sinterit vs Fuse1 comparison
If you have any doubts about the implementation of SLS technology in your company or about which is the most suitable solution according to your needs, our specialised technicians can advise you:
· Cost analysis of printed parts to calculate the profitability of different options.
· Selection of the best equipment for the applications to be carried out.
· Printing of test pieces with different materials.
