P3DL filter for resin 3D printers
HEPA 13 & activated carbon for resin 3D printer
The P3DL is compatible with the filtering system of the PrintBOX enclosure.
The P3DL is the air filtering solution to remove the odors and catch the harmful emissions of the resin used in 3D printing.
The filter is composed of pleated glass fiber HEPA 13 and an extended quantity of activated carbon.
The activated carbon is specifically chosen to reduce the smell and catch all VOCs during its 600 hours of use.
Made in France.
30,00€ Inc. VAT
The P3DL filter is specifically designed to treat harmful emissions from 3D printing.
The P3DL filter is also recommended for post-processing steps such as wash and cure, uv, etc…
HEPA 13 and activated carbon in a single filter
P3DL filter for PrintBox
The P3DL HEPA filter offers printing comfort thanks to a design specific to the 3D printing air filtration system. Indeed, the P3DL HEPA filter allows for a high filtration efficiency of nanoparticles and other volatile organic compounds released into the air during 3D printing. The activated carbon combination has been carefully developed to treat the VOCs released during 3D printing.
The HEPA P3DL filter differs from the HEPA P3D filter in that it has been redesigned to offer better absorption, thanks to its 50-millimetre-thick activated carbon layer. It is mainly intended for resin printers, which release more VOCs than filament printers.
Made for resin printing
PrintBox compatibility
The quantity of the active carbon has been increased, and its composition has been carefully selected to provide the best solution for all desktop resin 3D printers.
HEPA filter & Activated carbon
Filter composition
Nylon mesh
HEPA 13
Cardboard frame
Activated carbon
Tabs
EPDM foam 5 mm
Compact & light
Easy replacement
Lasting effectiveness
Technical specifications
Dimensions
Weight
Lifetime
Composition
2 in 1 filtering solution- 1. HEPA 13 pleated glass fiber
- 2. Activated carbon with an extra quantity of resin (SLA)
- 3. Foam sealing
- 4. Lifetime 600h*
- *Optimal efficiency until 60 °C
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