Remote-Controlled Bambu Lab Filtration Kit
This kit Bambu Lab is specifically designed for Bambu Lab P1S, X1/X1C, and Combo (AMS) significantly reduces ultrafine particles and VOC concentrations—up to 4 times less in our tests.
Components :
- Filter P3D-R (HEPA13 + activated carbon)
- H12 fan
- DC 24V power supply
- Remote control
- EPDM gasket
- …
Original price was: 79,99€.70,00€Current price is: 70,00€. Inc. VAT
Delivery in Europe
In stock : Ships in 2-3 days
Available on back-order
Key Features
1. Minimize harmful emissions
- Incorporates a HEPA13 filter to trap harmful ultrafine particles (UFPs) emitted during printing.
- Includes activated carbon to neutralize volatile organic compounds (VOCs).
2. Bigger Filter, Better Results: Our larger filter design improves performance
3. DIY-Friendly
- Print the main components yourself using the provided STL files for free.
- Purchase only essential parts from us: Filter P3D, Fan H12, Screws, Magnets
4. Efficient and seamless Integration
- No Modifications Required: Installs easily without altering your printer
- Recirculates purified, heated air back into the chamber for a stable printing environment.
5. It even acts like a bin to retain this waste
Printable parts
Testing
Non-printable parts
- High-pressure fan H12 : 120 mm 24V
- EPDM gasket
- 2-in-1 P3D-R filter: HEPA H13 and activated carbon
- M4 screw kit
- DC 24V power supply
- The remote control
- Magnets 30x10x2mm: 3 pieces
Replace P3D filter after 600 hours or every 2 months
Recommendations
While the Kit Bambu Lab significantly reduces ultrafine particles and VOC concentrations—up to 4 times less in our tests—it’s important to note that high-emission filaments (ABA, ASA, Nylon, PETG, PC) can still produce considerable levels of pollutants.
To ensure a safer printing environment, we recommend:
- Ventilating the Room: Operate your 3D printer in a well-ventilated area to further reduce particle and VOC buildup.
- Using Low-Emission Filaments: Opt for filaments with lower emission profiles whenever possible.
- Monitoring Air Quality: Consider using an air quality sensor to track indoor pollutant levels and adjust ventilation as needed.
- Placing the Printer Strategically: Keep the printer in a dedicated space, away from living areas or places where prolonged exposure to emissions could occur.
Technical specifications
Dimensions
Weight
Lifetime
Composition
Combined filter media- 1. HEPA 13 pleated cotton impregnated
- 2. Reinforced activated carbon
- 3. Sealing surface
- 4. Service life 600h*.
- 5. EN-1822 standard
- *Optimum efficiency up to 60°C
FAQ
1. So that’s very clearly a fan inlet/outlet on the front of the device. How is this recirculating air?
The chamber fan typically stops when printing with ASA or ABS to maintain stable chamber temperatures, which are necessary for these high-temperature filaments. However, with the Alveo3D kit, the fan integrated continues to extract and recirculate air within the chamber, helping to keep the temperature elevated for optimal printing. The kit also includes an exhaust hatch that efficiently expels air, making it ideal for filaments like PLA or PETG that don’t require high temperatures.
2. Why does the kit extract air from the area where the waste filament exits? Doesn’t that interfere with the process?
The waste filament is collected inside the second part of the kit, which includes a tube that recirculates the hot air. While some cleanup is necessary to remove the accumulated waste plastic, the system ensures it is effectively managed. The BambuLab kit is specifically designed to provide maximum protection for users without requiring any structural modifications or enclosing the machine
Upgrade Your Bambu Lab Printer Today
Ensure better air quality and safer 3D printing
79,99€ TTC   70€ TTC
