Ventilation & filtration
Low-noise extraction path with carbon filter and a manual bypass flap for PETG and ABS jobs.
Build log
144 itemsChecked chamber airflow
The bypass flap now gives enough circulation without overcooling larger ASA prints.
Checked chamber airflow
The bypass flap now gives enough circulation without overcooling larger ASA prints.
Checked chamber airflow
The bypass flap now gives enough circulation without overcooling larger ASA prints.
Checked chamber airflow
The bypass flap now gives enough circulation without overcooling larger ASA prints.
Checked chamber airflow
The bypass flap now gives enough circulation without overcooling larger ASA prints.
Checked chamber airflow
The bypass flap now gives enough circulation without overcooling larger ASA prints.
Checked chamber airflow
The bypass flap now gives enough circulation without overcooling larger ASA prints.
Checked chamber airflow
The bypass flap now gives enough circulation without overcooling larger ASA prints.
Mounted the extraction fan
Rubber isolators helped cut the vibration that was travelling into the cabinet top panel.
Checked chamber airflow
The bypass flap now gives enough circulation without overcooling larger ASA prints.
Mounted the extraction fan
Rubber isolators helped cut the vibration that was travelling into the cabinet top panel.
Mounted the extraction fan
Rubber isolators helped cut the vibration that was travelling into the cabinet top panel.
Checked chamber airflow
The bypass flap now gives enough circulation without overcooling larger ASA prints.
Mounted the extraction fan
Rubber isolators helped cut the vibration that was travelling into the cabinet top panel.
Checked chamber airflow
The bypass flap now gives enough circulation without overcooling larger ASA prints.
Checked chamber airflow
The bypass flap now gives enough circulation without overcooling larger ASA prints.
Mounted the extraction fan
Rubber isolators helped cut the vibration that was travelling into the cabinet top panel.
Checked chamber airflow
The bypass flap now gives enough circulation without overcooling larger ASA prints.
Mounted the extraction fan
Rubber isolators helped cut the vibration that was travelling into the cabinet top panel.
Mounted the extraction fan
Rubber isolators helped cut the vibration that was travelling into the cabinet top panel.
Checked chamber airflow
The bypass flap now gives enough circulation without overcooling larger ASA prints.
Mounted the extraction fan
Rubber isolators helped cut the vibration that was travelling into the cabinet top panel.
Checked chamber airflow
The bypass flap now gives enough circulation without overcooling larger ASA prints.
Mounted the extraction fan
Rubber isolators helped cut the vibration that was travelling into the cabinet top panel.
Checked chamber airflow
The bypass flap now gives enough circulation without overcooling larger ASA prints.
Checked chamber airflow
The bypass flap now gives enough circulation without overcooling larger ASA prints.
Mounted the extraction fan
Rubber isolators helped cut the vibration that was travelling into the cabinet top panel.
Checked chamber airflow
The bypass flap now gives enough circulation without overcooling larger ASA prints.
Mounted the extraction fan
Rubber isolators helped cut the vibration that was travelling into the cabinet top panel.
Checked chamber airflow
The bypass flap now gives enough circulation without overcooling larger ASA prints.
Mounted the extraction fan
Rubber isolators helped cut the vibration that was travelling into the cabinet top panel.
Checked chamber airflow
The bypass flap now gives enough circulation without overcooling larger ASA prints.
Mounted the extraction fan
Rubber isolators helped cut the vibration that was travelling into the cabinet top panel.
Mounted the extraction fan
Rubber isolators helped cut the vibration that was travelling into the cabinet top panel.
Checked chamber airflow
The bypass flap now gives enough circulation without overcooling larger ASA prints.
Mounted the extraction fan
Rubber isolators helped cut the vibration that was travelling into the cabinet top panel.
Checked chamber airflow
The bypass flap now gives enough circulation without overcooling larger ASA prints.
Mounted the extraction fan
Rubber isolators helped cut the vibration that was travelling into the cabinet top panel.
Checked chamber airflow
The bypass flap now gives enough circulation without overcooling larger ASA prints.
Checked chamber airflow
The bypass flap now gives enough circulation without overcooling larger ASA prints.
Mounted the extraction fan
Rubber isolators helped cut the vibration that was travelling into the cabinet top panel.
Checked chamber airflow
The bypass flap now gives enough circulation without overcooling larger ASA prints.
Mounted the extraction fan
Rubber isolators helped cut the vibration that was travelling into the cabinet top panel.
Mounted the extraction fan
Rubber isolators helped cut the vibration that was travelling into the cabinet top panel.
Checked chamber airflow
The bypass flap now gives enough circulation without overcooling larger ASA prints.
Mounted the extraction fan
Rubber isolators helped cut the vibration that was travelling into the cabinet top panel.
Checked chamber airflow
The bypass flap now gives enough circulation without overcooling larger ASA prints.
Mounted the extraction fan
Rubber isolators helped cut the vibration that was travelling into the cabinet top panel.
Checked chamber airflow
The bypass flap now gives enough circulation without overcooling larger ASA prints.
Mounted the extraction fan
Rubber isolators helped cut the vibration that was travelling into the cabinet top panel.
Checked chamber airflow
The bypass flap now gives enough circulation without overcooling larger ASA prints.
Checked chamber airflow
The bypass flap now gives enough circulation without overcooling larger ASA prints.
Mounted the extraction fan
Rubber isolators helped cut the vibration that was travelling into the cabinet top panel.
Mounted the extraction fan
Rubber isolators helped cut the vibration that was travelling into the cabinet top panel.
Checked chamber airflow
The bypass flap now gives enough circulation without overcooling larger ASA prints.
Checked chamber airflow
The bypass flap now gives enough circulation without overcooling larger ASA prints.
Mounted the extraction fan
Rubber isolators helped cut the vibration that was travelling into the cabinet top panel.
Checked chamber airflow
The bypass flap now gives enough circulation without overcooling larger ASA prints.
Mounted the extraction fan
Rubber isolators helped cut the vibration that was travelling into the cabinet top panel.
Mounted the extraction fan
Rubber isolators helped cut the vibration that was travelling into the cabinet top panel.
Checked chamber airflow
The bypass flap now gives enough circulation without overcooling larger ASA prints.
Checked chamber airflow
The bypass flap now gives enough circulation without overcooling larger ASA prints.
Mounted the extraction fan
Rubber isolators helped cut the vibration that was travelling into the cabinet top panel.
Checked chamber airflow
The bypass flap now gives enough circulation without overcooling larger ASA prints.
Mounted the extraction fan
Rubber isolators helped cut the vibration that was travelling into the cabinet top panel.
Checked chamber airflow
The bypass flap now gives enough circulation without overcooling larger ASA prints.
Mounted the extraction fan
Rubber isolators helped cut the vibration that was travelling into the cabinet top panel.
Mounted the extraction fan
Rubber isolators helped cut the vibration that was travelling into the cabinet top panel.
Checked chamber airflow
The bypass flap now gives enough circulation without overcooling larger ASA prints.
Checked chamber airflow
The bypass flap now gives enough circulation without overcooling larger ASA prints.
Mounted the extraction fan
Rubber isolators helped cut the vibration that was travelling into the cabinet top panel.
Mounted the extraction fan
Rubber isolators helped cut the vibration that was travelling into the cabinet top panel.
Checked chamber airflow
The bypass flap now gives enough circulation without overcooling larger ASA prints.
Checked chamber airflow
The bypass flap now gives enough circulation without overcooling larger ASA prints.
Mounted the extraction fan
Rubber isolators helped cut the vibration that was travelling into the cabinet top panel.
Mounted the extraction fan
Rubber isolators helped cut the vibration that was travelling into the cabinet top panel.
Checked chamber airflow
The bypass flap now gives enough circulation without overcooling larger ASA prints.
Mounted the extraction fan
Rubber isolators helped cut the vibration that was travelling into the cabinet top panel.
Checked chamber airflow
The bypass flap now gives enough circulation without overcooling larger ASA prints.
Mounted the extraction fan
Rubber isolators helped cut the vibration that was travelling into the cabinet top panel.
Checked chamber airflow
The bypass flap now gives enough circulation without overcooling larger ASA prints.
Mounted the extraction fan
Rubber isolators helped cut the vibration that was travelling into the cabinet top panel.
Checked chamber airflow
The bypass flap now gives enough circulation without overcooling larger ASA prints.
Mounted the extraction fan
Rubber isolators helped cut the vibration that was travelling into the cabinet top panel.
Checked chamber airflow
The bypass flap now gives enough circulation without overcooling larger ASA prints.
Mounted the extraction fan
Rubber isolators helped cut the vibration that was travelling into the cabinet top panel.
Checked chamber airflow
The bypass flap now gives enough circulation without overcooling larger ASA prints.
Mounted the extraction fan
Rubber isolators helped cut the vibration that was travelling into the cabinet top panel.
Checked chamber airflow
The bypass flap now gives enough circulation without overcooling larger ASA prints.
Checked chamber airflow
The bypass flap now gives enough circulation without overcooling larger ASA prints.
Mounted the extraction fan
Rubber isolators helped cut the vibration that was travelling into the cabinet top panel.
Checked chamber airflow
The bypass flap now gives enough circulation without overcooling larger ASA prints.
Mounted the extraction fan
Rubber isolators helped cut the vibration that was travelling into the cabinet top panel.
Checked chamber airflow
The bypass flap now gives enough circulation without overcooling larger ASA prints.
Mounted the extraction fan
Rubber isolators helped cut the vibration that was travelling into the cabinet top panel.
Checked chamber airflow
The bypass flap now gives enough circulation without overcooling larger ASA prints.
Mounted the extraction fan
Rubber isolators helped cut the vibration that was travelling into the cabinet top panel.
Mounted the extraction fan
Rubber isolators helped cut the vibration that was travelling into the cabinet top panel.
Checked chamber airflow
The bypass flap now gives enough circulation without overcooling larger ASA prints.
Mounted the extraction fan
Rubber isolators helped cut the vibration that was travelling into the cabinet top panel.
Checked chamber airflow
The bypass flap now gives enough circulation without overcooling larger ASA prints.
Mounted the extraction fan
Rubber isolators helped cut the vibration that was travelling into the cabinet top panel.
Checked chamber airflow
The bypass flap now gives enough circulation without overcooling larger ASA prints.
Checked chamber airflow
The bypass flap now gives enough circulation without overcooling larger ASA prints.
Mounted the extraction fan
Rubber isolators helped cut the vibration that was travelling into the cabinet top panel.
Mounted the extraction fan
Rubber isolators helped cut the vibration that was travelling into the cabinet top panel.
Checked chamber airflow
The bypass flap now gives enough circulation without overcooling larger ASA prints.
Checked chamber airflow
The bypass flap now gives enough circulation without overcooling larger ASA prints.
Mounted the extraction fan
Rubber isolators helped cut the vibration that was travelling into the cabinet top panel.
Mounted the extraction fan
Rubber isolators helped cut the vibration that was travelling into the cabinet top panel.
Checked chamber airflow
The bypass flap now gives enough circulation without overcooling larger ASA prints.
Checked chamber airflow
The bypass flap now gives enough circulation without overcooling larger ASA prints.
Mounted the extraction fan
Rubber isolators helped cut the vibration that was travelling into the cabinet top panel.
Mounted the extraction fan
Rubber isolators helped cut the vibration that was travelling into the cabinet top panel.
Checked chamber airflow
The bypass flap now gives enough circulation without overcooling larger ASA prints.
Mounted the extraction fan
Rubber isolators helped cut the vibration that was travelling into the cabinet top panel.
Checked chamber airflow
The bypass flap now gives enough circulation without overcooling larger ASA prints.
Checked chamber airflow
The bypass flap now gives enough circulation without overcooling larger ASA prints.
Mounted the extraction fan
Rubber isolators helped cut the vibration that was travelling into the cabinet top panel.
Mounted the extraction fan
Rubber isolators helped cut the vibration that was travelling into the cabinet top panel.
Checked chamber airflow
The bypass flap now gives enough circulation without overcooling larger ASA prints.
Checked chamber airflow
The bypass flap now gives enough circulation without overcooling larger ASA prints.
Mounted the extraction fan
Rubber isolators helped cut the vibration that was travelling into the cabinet top panel.
Mounted the extraction fan
Rubber isolators helped cut the vibration that was travelling into the cabinet top panel.
Checked chamber airflow
The bypass flap now gives enough circulation without overcooling larger ASA prints.
Mounted the extraction fan
Rubber isolators helped cut the vibration that was travelling into the cabinet top panel.
Checked chamber airflow
The bypass flap now gives enough circulation without overcooling larger ASA prints.
Mounted the extraction fan
Rubber isolators helped cut the vibration that was travelling into the cabinet top panel.
Checked chamber airflow
The bypass flap now gives enough circulation without overcooling larger ASA prints.
Mounted the extraction fan
Rubber isolators helped cut the vibration that was travelling into the cabinet top panel.
Checked chamber airflow
The bypass flap now gives enough circulation without overcooling larger ASA prints.
Checked chamber airflow
The bypass flap now gives enough circulation without overcooling larger ASA prints.
Mounted the extraction fan
Rubber isolators helped cut the vibration that was travelling into the cabinet top panel.
Mounted the extraction fan
Rubber isolators helped cut the vibration that was travelling into the cabinet top panel.
Checked chamber airflow
The bypass flap now gives enough circulation without overcooling larger ASA prints.
Mounted the extraction fan
Rubber isolators helped cut the vibration that was travelling into the cabinet top panel.
Checked chamber airflow
The bypass flap now gives enough circulation without overcooling larger ASA prints.
Mounted the extraction fan
Rubber isolators helped cut the vibration that was travelling into the cabinet top panel.
Mounted the extraction fan
Rubber isolators helped cut the vibration that was travelling into the cabinet top panel.
Mounted the extraction fan
Rubber isolators helped cut the vibration that was travelling into the cabinet top panel.
Mounted the extraction fan
Rubber isolators helped cut the vibration that was travelling into the cabinet top panel.
Mounted the extraction fan
Rubber isolators helped cut the vibration that was travelling into the cabinet top panel.
Mounted the extraction fan
Rubber isolators helped cut the vibration that was travelling into the cabinet top panel.
Mounted the extraction fan
Rubber isolators helped cut the vibration that was travelling into the cabinet top panel.
Bill of Materials
Totale geschatte kosten: € 58,60
EUR · Prijzen inclusief btw
| Onderdeel | Aantal | Stuksprijs | Totaal | Leverancier | Status |
|---|---|---|---|---|---|
|
120 mm PWM fan
|
2.0 | € 14,50 | € 29,00 | — | Geinstalleerd |
|
Activated carbon sheet
|
3.0 | € 7,80 | € 23,40 | — | Geinstalleerd |
|
Temperature probe
|
1.0 | € 6,20 | € 6,20 | — | Geinstalleerd |
Foto's
1 fotoShowcase reference view