Description
Fuse Sift – powder recovery station for Formlabs Fuse SLS 3D printer
Fuse Sift for Fuse 1 is a safe and efficient nylon powder collection system for the Formlabs Fuse 1 and Fuse 1+ 30W 3D printers.
This universal station will help you to conveniently and safely cope with many tasks in production using SLS technology:
- remove the printed parts from the unused powder,
- collect and refresh this unspent powder,
- store and mix powder in one freestanding device.
Fuse Sift will help you conveniently, functionally and compactly organize the processing of bulk nylon in one SLS powder processing device.
With the optional Fuse Sift Glovebox Panel, you can completely contain powder and enable faster parts extraction.
How does it works? Formlabs Fuse 1 Ecosystem
After printing is complete, you need to move the build chamber to the Fuse Sift. This safe and efficient powder recovery station makes your workflow perfect. It automatically doses and mixes used and new powder in the ratio you set on the display.
The device is equipped with a negative air pressure system that keeps the powder inside. Powder from the cooking chamber will not enter your work area. Plus, this gives you open access under the hood and easy cleaning of parts with the built-in vacuum hose.
By reusing the powder, you will reduce waste with a 30% material renewal rate. Fuze Sift filters out particles, which are then mixed with new powder and used in future prints. Thus, up to 70% recycled powder can be used for printing. After transferring the build chamber to Fuse Sift at the end of printing, install a new build chamber in Fuse 1 so as not to interrupt the printing process.
No other SLS system on the market today provides this level of functionality from a single device.
Specifications Fuse Sift
| Printer Compatibility | Fuse 1 |
| Dimensions | 991 × 610 × 1888 mm |
| Assembly chamber dimensions | 279 × 342 × 489 mm |
| Screening weight of fuses | 93 kg |
| Assembly chamber weight | 11 kg (17,6 kg, заполнено 20% порошка) |
| Air filtration technology | Replacement HEPA filter |
| Build volume | 16,5 x 16,5 x 30,0 cm (rounded corners) |
| Hopper capacity for fresh powder | 10.7 kg Nylon 12 |
| Hopper capacity for used powder | 9.8 kg Nylon 12 |
| Working environment | 18 – 26 ºC |
| ≤ 30% ambient humidity | |
| Air treatment | Negative pressure hood with replaceable HEPA filter. |
| Independent ventilation system | |
| Air filtration | Replaceable HEPA medium |
| Power Requirements | At a vacuum of less than 6A (230 VAC) / 12A (120 VAC): |
| EU: 230 VAC, 7.5 A (dedicated circuit) | |
| With a vacuum of more than 6A (230 VAC) / 12A (120 VAC): | |
| EU: 230 VAC, 10 A (dedicated circuit) | |
| Vacuum requirements | Auxiliary vacuum with static dissipative components that is grounded and bonded (e.g., NFPA 652 compliant vacuum) |
| Connection | Wi-Fi, Ethernet, USB 2.0 |
| Sound emission | Does not exceed 76.5 dB |
| Filter fuse control | Interactive touch screen, physical buttons |
| Accessories included | Large brush |
| Small brush x 2 | |
| Chimney sweeps | |
| Dental selections | |
| Gloves | |
| Respirator | |
| Safety glasses | |
| Vacuum Brush Tool | |
| Vacuum slotted tool | |
| Lifting belts |
Fuse 1: Highly efficient selective laser sintering is finally available:
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