Formlabs Post Processing
Rapid, effortless SLA post-processing. From printer to finished part in just 11 minutes.


3D Print
2 Hours or Less
During printing, light hardens specific areas of liquid resin to form your part’s shape.

Wash
5-10 Minutes
An automated, agitated solvent bath removes uncured resin, leaving a clean, smooth surface.

Cure
1-15 Minutes
Heat and 405 nm light complete the chemical reaction initiated during printing, finalising the part’s properties.
Form Wash
Effortless, Mess-Free Cleaning for Perfect Parts
- High-Power Agitation: Form Wash delivers strong, automatic agitation that quickly cleans parts and reaches every corner.
- Fits Multiple Build Platforms: Adjustable mounts let you easily accommodate different platform sizes, with flexible height and width settings.
- Customisable Solvent Levels: Match solvent volume to your part size and batch, using less solvent for smaller jobs to improve efficiency.
- Works With Multiple Solvents: IPA is recommended for optimal cleaning, but TPM and Formlabs Resin Washing Solution are also fully supported.

Form Cure
Optimal Material Properties in Record Time
- Blazingly Fast Curing, Rapid Heat-Up: Cure general-purpose resins in just 60 seconds, or engineering resins in under 15 minutes, with the unit reaching 60 °C in only one minute.
- Reliable, Repeatable Performance: A 48-LED array combined with convective heating delivers even light and temperature distribution, providing 14.5 mW/cm² irradiance and reaching up to 100 °C.
- Post-Cure Large Form 4 and Form 4L Prints: Built to accommodate any part printed on the Form 4 or Form 4L, featuring a 235 mm turntable in Form Cure and a 404 mm turntable in Form Cure L.
- Simpler Than Ever to Use: Benefit from present curing cycles, an easy-to-clean glass turntable, and a side-hinged door for convenient access within a compact design.

View all Formlabs Post Processing Parts
SLS: Fuse Blast
Only Takes 15 Minutes to Go from Print to a Professional Final Product
The Formlabs Fuse Blast automates the post-processing of SLS parts, allowing users to dedicate more time to higher-value jobs. Reducing post-processing time also provides opportunity to scale production and boost Fuse Series output without hiring more workers.






















































