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Filtrabox Micro 3DP extraction unit for 3D applications
FUJITA-TM7-3DP
Filtrabox
Product features
51 cm
33 cm
80 cm
28 kg
55 dB
217 m3/h
635 x 254 x 381 mm
3D printing and plastic melting
99,999 %
Pre-filter 3 m², HEPA filter 3 m², Chemical filter 9 kg (activated carbon impregnated with potassium permanganate)
The Micro 3DP is a portable 3D printing fume extractor with one fan and three-stage HEPA filtration for excellent performance on small to medium sized 3D printers. It filters and recirculates clean air into the workspace. Designed for installation under workbenches.
3D printing processes typically melt or sinter materials to produce products. The heat used in these processes can create ultrafine particles, gases or vapors. These contaminants can potentially affect your health and even cause wear and tear or damage to your equipment.
You can protect yourself and your equipment by using a 3D printing fume extractor that captures both particulate and gaseous contaminants. The pre-filter and HEPA filter capture fine particles, while the gas filter captures gases and volatile organic compounds.
Filtrabox fume hoods use a multi-stage filtration system. A pre-filter captures larger dust particles, followed by a HEPA filter that captures ultra-fine particles. Finally, a gas filter absorbs gases and VOCs (volatile organic compounds). The systems work together to effectively remove particulate and gaseous contaminants from the air.
The frequency of filter changes varies depending on the application and types of materials and printing process. However, most filters typically need to be replaced every 6 to 12 months. Longer intervals are common in FDM applications.
3D printing processes typically melt or sinter materials to produce products. The heat used in these processes can create ultrafine particles, gases or vapors. These contaminants can potentially affect your health and even cause wear and tear or damage to your equipment.
You can protect yourself and your equipment by using a 3D printing fume extractor that captures both particulate and gaseous contaminants. The pre-filter and HEPA filter capture fine particles, while the gas filter captures gases and volatile organic compounds.
Filtrabox fume hoods use a multi-stage filtration system. A pre-filter captures larger dust particles, followed by a HEPA filter that captures ultra-fine particles. Finally, a gas filter absorbs gases and VOCs (volatile organic compounds). The systems work together to effectively remove particulate and gaseous contaminants from the air.
The frequency of filter changes varies depending on the application and types of materials and printing process. However, most filters typically need to be replaced every 6 to 12 months. Longer intervals are common in FDM applications.
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