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Additive Manufacturing

Fumes and Dust

Modern additive manufacturing environments require advanced air filtration to manage emissions from every 3D printer. A properly designed 3D printer fume extractor or 3D printer air filtration system helps capture ultrafine particles and volatile organic compounds VOCs before they impact air quality. These additive manufacturing air filtration solutions are essential for maintaining safe, efficient manufacturing processes and protecting operators from harmful exposure.

Benchtop Models

Source capture is the most efficient way to contain and eliminate harmful gas phase contaminants associated with resins and post-production cleaning stations before they spread to the workspace.

UNDER-THE-COUNTER MODELS

When space is at a premium and benchtop source capture is not an option, unit can be installed BEANEATH THE COUNTER

WALL-MOUNT MODELS

When space is at a premium and benchtop source capture is not an option, unit can be installed ON THE WALL above the printer

Air Purifiers

Our air cleaners offer enhanced protection against a wide range of airborne pollutants including chemical compounds, gases, odors, aerosols and particles associated with 3D printing applications. Designed for continuous duty operation.

Overview

Additive manufacturing is the process in which computers design and fabricate a 3 dimensional part by adding materials one layer at a time. Also called 3D printing, this form of production is the opposite of a subtractive manufacturing process like milling which cuts into larger blocks of material to create smaller objects. As a result, less metal, polymer or ceramic is wasted with 3D printing construction. Many industries require 3D printing equipment for use in rapid prototyping or for the fabrication of complex construction parts.

However, these manufacturing processes generate emissions that require effective 3D print dust collection and air filtration solutions to manage airborne contaminants and maintain safe working conditions.

Commonly used in the dental, medical, jewelry and construction industries, the main types of additive manufacturing processes include:

Binder Jetting
Direct Energy Deposition
Material Extrusion
Material Jetting
Powder Bed Fusion
Sheet Lamination
Vat Polymerization

Products

Benchtop Models

Source capture is the most efficient way to contain and eliminate harmful gas phase contaminants associated with resins and post-production cleaning stations before they spread to the workspace.

DCS 3D Printing/Alcohol Cleaning, Small Containment Cabinet

Desktop Fume Extractors

Small Enclosure for Desktop Containment System (DCS) Series

DCS 3D Printing/Alcohol Cleaning Large Containment Cabinet

Desktop Fume Extractors

Large Enclosure for Desktop Containment System (DCS) Series

DCS 3D Printing/Alcohol Cleaning, Tall Containment Cabinet

Desktop Fume Extractors

Tall Enclosure for Desktop Containment System (DCS) Series

3D Printer Tall Containment Box with Source Capture Purifier & Flex Arm for Cleaning Station

Desktop Fume Extractors

Floor model fume extractor with tall containment box for desktop printers and Flex Arm for alcohol baths

UNDER-THE-COUNTER MODELS

When space is at a premium and benchtop source capture is not an option, unit can be installed BEANEATH THE COUNTER

MonoPure HEPA (3D/Alcohol Cleaning, unit only, 6ft 3″ dia Hose)

Compact Fume Extractor

Compact mobile fume extractor for fumes and odors associated with 3D printing resins and alcohol cleaning station.

3D Printer Tall Containment Box with Source Capture Purifier

Compact Fume Extractor

Multi-Stage mobile fume extractor for fumes and odors associated with 3D printing resins and alcohol cleaning stations

3D Printer Tall Containment Box with Source Capture Purifier & Flex Arm for Cleaning Station

Compact Fume Extractor

Floor model fume extractor with tall containment box for desktop printers and Flex Arm for alcohol baths

WALL-MOUNT MODELS

When space is at a premium and benchtop source capture is not an option, unit can be installed ON THE WALL above the printer

3D Printing/Alcohol Cleaning

3D Printing & Alcohol Cleaning Odors

Wall-mounted fume extractor for 3D printers and Alcohol baths.

Air Purifiers

AF 400 FOR 3D PRINTING

HEPA Air Purifier

Remove harmful photopolymer and alcohol VOCs in lab areas up to 120 ft². Prevents airborne contaminants from entering breathing zones and migrating throughout your facility.

AF 1000 FOR 3D PRINTING

For Areas up to 400 sq ft

3-stage HEPA air filtration system designed to efficiently reduce airborne particulate associated with 3D printing and post-production alcohol cleaning stations.

AF 2000 FOR 3D PRINTING

For Areas up to 800 sq ft

3-stage HEPA air filtration system designed to efficiently reduce airborne particulate associated with 3D printing and post-production alcohol cleaning stations

Health Risks of 3D Printing

While 3D printing enables fast and precise production, it also releases fumes, ultrafine particles, and volatile organic compounds VOCs that can pose serious health risks. Without proper 3D printer fume extraction and 3D print dust collection, prolonged exposure may negatively impact respiratory health and indoor air quality.

A 3D fume extraction and filtration system protects workers by removing and containing hazardous particulate, gas and odors generated from additive manufacturing processes.

Indoor Air Quality Solutions for Additive Manufacturing

Comprehensive additive manufacturing air filtration solutions combine 3D printer fume extractor systems, 3D printer air purifier units, and advanced filtration systems to capture both particulate and gas-phase contaminants. These integrated solutions improve air filtration, enhance safety, and ensure cleaner air across all additive manufacturing environments..