Filtering away dust and particles, these hoods create a clean space for demanding work, such as bioprocessing, pharmaceuticals, electronics, and optics. They have a HEPA H14 filter to catch 99.995% of particles down to 0.1 microns, as well as a pre-filter to pull out large particles before they reach the HEPA filter. To draw air from outside the hood into the filters, they have a fan; there’s no need to connect them to ductwork. A flow monitor tracks the airflow and alerts you with a visible and audible alarm if the fan fails. They meet Fed. Std. Class 100 and ISO Class 5 clean room requirements.

As an alternative to filtering the air of an entire room, these hoods leave a large enough opening for comfortable access inside and have internal fluorescent lighting to help you see your work. Their work surface is 304L stainless steel, which resists bacteria and chemicals, and also is easy to clean. Mount them on workbenches and carts that are designed to hold them, or place them on your own bench top.

These hoods cannot be sold to California.

For technical drawings and 3-D models, click on a part number.

Roll this air cleaner to the contaminant source or place it on a bench top. Attach the included plastic hood to use as an air cleaning booth.

Includes a prefilter; all other filters sold separately.

Standard filter captures 95% of particles down to 3 microns.

HEPA filter captures 99.97% of particles down to 0.3 microns.

Odor-removal filter has carbon to remove odors. It includes a pleated filter that captures 60% of particles down to 3 microns.

Add an odor-removal after-filter to standard and HEPA filters for light duty odor control.

The arm length adjusts from 3 to 6 feet making these exhaust hoses good for locations with low ceilings. Use these hoses to remove fumes, vapors, and fine dust particles from your space. They are commonly used in welding, soldering, and other operations that create fumes.

For exact positioning, this hose swivels 360° to remove fumes, vapors, and fine dust particles from your space. It's commonly used in welding, soldering, and other operations that create fumes.

Move the hose into position and the support arm will hold it in place. These hoses remove fumes, vapors, and fine dust particles from your space. They are commonly used in welding, soldering, and other operations that create fumes.

This fume exhauster has a motor that is UL listed for Class I, Divisions 1 and 2, Groups C and D; and Class II, Divisions 1 and 2, Groups E, F, and G locations. Use it to remove fumes, vapors, and fine dust particles from your space. It is commonly used in welding, soldering, and other operations that create fumes.

Note: Airflow depends on the resistance created by ductwork. This resistance, known as static pressure (SP), is measured in inches of water.

This fume exhauster has a motor that is UL listed for Class I, Divisions 1 and 2, Groups C and D; and Class II, Divisions 1 and 2, Groups E, F, and G locations. Use it to remove fumes, vapors, and fine dust particles from your space. It is commonly used in welding, soldering, and other operations that create fumes.

Note: Airflow depends on the resistance created by ductwork. This resistance, known as static pressure (SP), is measured in inches of water.

Position these exhausters above drums, tanks, and distillers to remove fumes, vapors, and fine dust particles from your space. All have a motor that is UL listed for Class I, Divisions 1 and 2, Groups C and D; and Class II, Divisions 1 and 2, Groups F and G locations. Exhausters include a pulley system to adjust the hood height. Add an optional swivel wall bracket (sold separately) for side-to-side movement.

Note: Airflow depends on the resistance created by ductwork. This resistance, known as static pressure (SP), is measured in inches of water.

Position these exhausters above drums, tanks, and distillers to remove fumes, vapors, and fine dust particles from your space. All include a pulley system to adjust the hood height. Add an optional swivel wall bracket (sold separately) for side-to-side movement.

Note: Airflow depends on the resistance created by ductwork. This resistance, known as static pressure (SP), is measured in inches of water.

Remove fumes, vapors, and fine dust particles from your space. This exhauster is commonly used in welding, soldering, and other operations that create fumes. It has an open dripproof motor enclosure for relatively clean, dry, indoor locations.

Note: Airflow depends on the resistance created by ductwork. This resistance, known as static pressure (SP), is measured in inches of water.

Remove fumes, vapors, and fine dust particles from your space. These exhausters are commonly used in welding, soldering, and other operations that create fumes.

Note: Airflow depends on the resistance created by ductwork. This resistance, known as static pressure (SP), is measured in inches of water.

Use open dripproof exhausters in relatively clean, dry, well-ventilated indoor locations.

Totally enclosed exhausters have an external fan for cooling. These exhausters offer more protection than open dripproof exhausters. They can be used in dirty, dusty, and damp environments, but are not airtight.

Single-duct kits (sold separately) maximize airflow at one fume collection point. They include a hose, a nozzle, and two clamps.

Dual-duct kits (sold separately) create two points for fume collection, although each will have lower airflow than the one collection point of a single-duct kit. These kits include two hoses, two nozzles, four clamps, and a wye connector.

In addition to using the handle to carry these exhausters, you can mount them to a wall, bench, or floor. They remove fumes, vapors, and fine dust particles from your space. They are commonly used in welding, soldering, and other operations that create fumes. All have a totally enclosed motor enclosure, which can be used in dirty, dusty, and damp environments. They have a flexible hose with nozzle to capture fumes at the source and rubber pads on the base to reduce vibration.

Note: Airflow depends on the resistance created by ductwork. This resistance, known as static pressure (SP), is measured in inches of water.

Single-duct kits (sold separately) include a hose, a nozzle, and two clamps to replace existing components.

Double-duct kits (sold separately) create two points for fume collection, although each will have lower airflow than the one collection point of a single-duct kit. These kits include two hoses, two nozzles, four clamps, and a wye connector.

Pair these hoods with an exhaust system to contain harmful fumes, vapors, and gasses while venting them away from work spaces—they protect users from inhaling or coming in contact with them. To access the enclosed space, these hoods have an adjustable sliding window, which also lets your exhaust system pull air from the outside. Polycarbonate windows are more durable than acrylic windows. All of these hoods resist chemicals and corrosion.

Polyethylene hoods have a molded one-piece construction with rounded inside corners to prevent gaps and crevices, making them easy to wipe clean.

Polypropylene hoods are nonconductive. They’re also translucent, so they let in more light than polyethylene hoods for added visibility.

Polycarbonate hoods are dent and scratch resistant. They’re also clear, offering an unobstructed view from all sides.

Protect the health of nearby workers and maintain ideal operating conditions for your 3D printer. To keep your workspace's air clean, these enclosures filter harmful fumes, VOCs, and ultrafine particles that are common when working with filaments such as ABS and nylon. The enclosure's door is sealed with silicone rubber to keep fumes inside the enclosure.

Control Your Printing Environment

Because printing conditions that are too cold make weak parts, these enclosures retain the heat created by the printer. The warmth gives the printed layers time to strengthen and bond before cooling. Set the thermal overload protection, and you won't have to worry about the enclosure overheating. If the enclosure gets too warm, a sensor cuts power to the printer to avoid failed prints and dangerous conditions. It's also known as a thermal runaway cutoff.

Manage the enclosure's various settings—filter status, temperature shutoff, fan speed, lights, and WiFi—from the enclosure's touchscreen. The screen also displays the moisture level inside the enclosure. Add a dehumidifier cartridge (sold separately) or other desiccant to keep your filament dry, strong, and flexible. Dehumidifier cartridges have rechargeable desiccant beads. When the desiccant beads change from orange to green, heat them in the microwave to recharge.

Connect To Your Computer

Connect the printer to a computer using the through-wall USB port, and the enclosure stays sealed. The printer connects to the port on one side of the wall, and the computer connects on the other. A similar port connects your printer's power cord. Safely check on the progress of your prints from your computer using the video camera.

Protect Your Printer and Prints

Lightweight and strong, these enclosures have an aluminum frame, honeycomb floor, and clear, impact-resistant windows. A lock on the door prevents unwanted users from accessing your printer and work.

Specifications Met

Made to high domestic and international safety standards, these enclosures meet UL 62368-1 and are CE marked. The filter system meets UL 94 V-0 for flame resistance.