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Tailor-made filter cartridge for your Snapmaker 2.0, with five layers of different filters consolidated into one, it is designed to absorb what's actually emitted during laser engraving or 3D printing process [1].
Aims at relatively bigger particles (≥ 5 μm in diameter). It filters out more than 90% of PM10 and PM5.
PM10
PM5
Particles
Dust
Works at particles that measure 1 μm or above in diameter. It filters out more than 95% of PM10, PM5 and PM2.5.
PM10
PM5
PM2.5
A dense pack of activated carbon is also added to absorb VOCs that particulate matter filters can't capture. Unpleasant odor is no longer a problem.
VOCs
Two layers of 70 mm-thick HEPA H13 filter as the final stage gate. They are able to trap up to 99.97% of airborne particles of all sizes, including PM0.3 that are known to be the most penetrating particles in the air.
PM2.5
PM0.3
All in one, Snapmaker Air Purifier can be a pretty efficient emissions eliminator [2].
Snapmaker 40W Laser Module Test Data
Snapmaker 20W Laser Module Test Data
Snapmaker 10W Laser Module Test Data
Snapmaker 1.6W Laser Module Test Data
Efficiency is not all that matters. The different levels of filter are arranged in certain order inside the cartridge to maximize its lifespan, so that you won't need to replace the cartridge until it gets fully used.
Snapmaker 2.0 carries out a real-time monitoring on the Filter Cartridge and shows its lifespan on the Touchscreen. It lets you know when it's time to pop in a new one.
With all the filters integrated into a single cartridge, replacement is as simple as taking the old one out, and putting a new one in.
Specifications
Snapmaker 2.0
Air Purifier
Filter Cartridge Dimensions(W × D × H)
191 × 229 × 308 mm
Filter Cartridge Weight (Single)
2.4 kg
Filter Cartridge Lifespan[4]
Approx. 3 months
Filter Cartridge Quantity
2
Package Dimensions (W × D × H)
436 × 283 × 390 mm
Package Weight
6.1 kg
In the Box
Filter Cartridge x 2
[1] Using the Air Purifier when printing with ABS or other thermo-sensitive filaments may lead to poor printing quality. If you need to filter 3D printing emissions, it's recommended to turn on the Air Purifier after printing job is finished.
[2] The data is sourced from the Snapmaker Testing Laboratory. Experimental Conditions: With the enclosure and the enclosure fan in use, the 1.6W, 10W, 20W, and 40W laser modules were employed to continuously cut 2mm, 3mm, 5mm, and 5mm basswood sheets for 5 minutes respectively, to measure the PM and TVOC content at the outlet of the exhaust duct. Due to variations in usage conditions and environments, the specific performance and results in actual use may differ from the provided data. Snapmaker shall not be held responsible for any discrepancies or consequences resulting from such environmental changes.
[3] The Touchscreen UI is subject to change due to iterations.
[4] This data is obtained under the condition of typical laser use, and is for reference only.
The Exact Filter Cartridge You Need
Tailor-made filter cartridge for your Snapmaker 2.0, with five layers of different filters consolidated into one, it is designed to absorb what's actually emitted during laser engraving or 3D printing process[1].
G4 Filter for Coarse Filtration
Aims at relatively bigger particles (≥ 5 μm in diameter). It filters out more than 90% of PM10 and PM5.
PM10
PM5
Particles
Dust
F9 Filter for Finer Filtration
Works at particles that measure 1 μm or above in diameter. It filters out more than 95% of PM10, PM5 and PM2.5.
PM10
PM5
PM2.5
Customized Activated Carbon Filter
A dense pack of activated carbon is also added to absorb VOCs that particulate matter filters can't capture. Unpleasant odor is no longer a problem.
VOCs
Ultra-dense HEPA H13 Filter
Two layers of 70 mm-thick HEPA H13 filter as the final stage gate. They are able to trap up to 99.97% of airborne particles of all sizes, including PM0.3 that are known to be the most penetrating particles in the air.
PM2.5
PM0.3
All in one, Snapmaker Air Purifier can be a pretty efficient emissions eliminator [2].
Snapmaker 40W Laser Module Test Data
Snapmaker 20W Laser Module Test Data
Snapmaker 10W Laser Module Test Data
Snapmaker 1.6W Laser Module Test Data
Long Live the Filter Cartridge
Efficiency is not all that matters. The different levels of filter are arranged in certain order inside the cartridge to maximize its lifespan, so that you won't need to replace the cartridge until it gets fully used.
Filter Life Detection
Snapmaker 2.0 carries out a real-time monitoring on the Filter Cartridge and shows its lifespan on the Touchscreen. It lets you know when it's time to pop in a new one.
Easy to Replace
With all the filters integrated into a single cartridge, replacement is as simple as taking the old one out, and putting a new one in.
Specifications
Filter Cartridge Lifespan[4]
Approx. 3 months
Package Dimensions(W × D × H)
436 × 283 × 390 mm
Filter Cartridge Quantity
2
Package Weight
6.1 kg
In the Box
Filter Cartridge x 2
[1] Using the Air Purifier when printing with ABS or other thermo-sensitive filaments may lead to poor printing quality. If you need to filter 3D printing emissions, it's recommended to turn on the Air Purifier after printing job is finished.
[2] The data is sourced from the Snapmaker Testing Laboratory. Experimental Conditions: With the enclosure and the enclosure fan in use, the 1.6W, 10W, 20W, and 40W laser modules were employed to continuously cut 2mm, 3mm, 5mm, and 5mm basswood sheets for 5 minutes respectively, to measure the PM and TVOC content at the outlet of the exhaust duct. Due to variations in usage conditions and environments, the specific performance and results in actual use may differ from the provided data. Snapmaker shall not be held responsible for any discrepancies or consequences resulting from such environmental changes.
[3] The Touchscreen UI is subject to change due to iterations.
[4] This data is obtained under the condition of typical laser use, and is for reference only.
