Bench top fume hoods are in stock ready to ship. We have the best brands for your laboratory or facility. Whether it is for a laboratory, education, medical or chemicals; we have the bench top fume hood for you.
For over 70 years, ICI has been developing innovative and purpose driven products bench top fume hoods for the research and healthcare laboratories. Our highly experienced team of engineers and designers are proud to introduce our latest effort: Isolator³.
Isolator³ is the latest generation of energy saving high performance bench top fume hoods, built upon extensive R&D. Utilizing computational fluid dynamics, ICI was able to develop a safe and superior operating environment without the need for additional components to add or inject air into the hood chamber.
By controlling baffle pressurization, Isolator³ achieves the bench top fume hood’s proper capture and containment at a 60 FPM face velocity. Additionally, we do it with a sash opening of 24” (61 cm). JMP’s chemical exhaust fume hoods meet or exceed SEFA 1 standards.
- 24” (61 cm) deep clear interior
- For bench top, counter tops or cabinetry & casework
- Low static rectangular exhaust duct
- Integral stainless steel 12” (30.5 cm) round duct transition
- Slotted rear baffle for even plenum balance
- Safe operation at 60 fpm
- Chemically resistant white Poly glass liner
- UL1805 listed, ANSI/ASHRAE 110-1995, UL1275
- Three-year hood superstructure warranty
- Chain & Sprocket sash mechanism with the exclusive ICI lifetime warranty
- Exclusive standard 43 1/2” (110.5 cm) tall full view sash area
- Tempered glass sash with full-length formed steel handle for a neat, clean appearance and streamline air passage
- Color: Pearl White
Planning a 6- to 10-Foot Benchtop Fume Hood
A wide hood affects how people work, how utilities enter the enclosure, and how the exhaust system is designed. Settle the sash arrangement, service routing, and duct connection concept before walls and ceilings close. The Containment System Planning Guide can help the team organize these decisions.
Compare sash arrangements by daily use
| Sash choice | Where it can fit | Questions to resolve |
|---|---|---|
| Single vertical sash | Provides one broad opening and a simple work area. On a very wide hood, confirm that the sash is designed for comfortable one-person operation. | Who will open it, how high it must open for equipment, and whether the full opening is needed during normal work. |
| Split or combination sash | Divides a wide opening into smaller sections. Depending on the product, it may combine vertical movement with sliding panels. | Whether users need access to separate work zones, whether equipment blocks panel travel, and which panel positions are included in the hood’s tested operating condition. |
| Horizontal sliding sash | Allows access through a smaller portion of the face while other panels remain closed. It can suit processes where users work in one area at a time. | Required hand access, equipment loading, sightlines, and the allowed panel arrangement during operation. |
Coordinate utilities and exhaust before drywall
- 1Plan pump and chiller connections Identify whether the building has house vacuum or needs a local pump. Show every vacuum hose, chiller supply and return line, drain, cord, and control cable. Use planned pass-throughs or service penetrations rather than routing lines through the sash opening. Penetration type and location vary by hood, so ask us to verify them.
- 2Reserve the space below If a local vacuum pump will sit below the hood, confirm its dimensions, heat output, ventilation needs, service access, vibration, and noise. A sound-deadened pump cabinet may be available, but it must still meet the pump manufacturer’s cooling and access requirements. Coordinate the cabinet with other fume hood accessories and utilities.
- 3Separate hood airflow from fan selection The hood manufacturer provides the required exhaust volume for a stated sash position and operating condition. That CFM is an input, not the complete rooftop fan selection. The project mechanical engineer should size the final fan using the complete duct route, collar or transition arrangement, elbows, fittings, stack, controls, and calculated static-pressure losses.
- 4Confirm duct connections Do not assume a wide hood always has one collar or always needs multiple collars. The number, size, shape, and location depend on the selected hood. Multiple connections can also change duct balancing and overhead coordination. Obtain the selected hood drawing before locating roof penetrations, framing, utilities, or ceiling obstructions.
- 5Send the coordination package To get it right, send Labs USA the floor plan, desired hood width, chemical and process summary, equipment dimensions, preferred sash type, required utilities, pump and chiller data, ceiling height, proposed duct route, and the mechanical engineer’s design criteria. If plans are still evolving, use the free lab floor plan review to identify open decisions.
Send those details through our contact form or call (801) 855-8560, and a Labs USA specialist will review them with you.
Planning an ADA-accessible benchtop fume hood station
The 2010 ADA Standards (section 902) place accessible work surfaces 28 to 34 in above the finished floor, with knee and toe clearance for a forward approach (section 306 calls for at least 27 in of knee clearance height). STX Labs Tech Paper 26.013.0 calls fume hoods one of the hardest accessibility problems in a lab: accessible designs may use lower or side-mounted controls and service fixtures, electronic or automatic sash operation, and knee space under the hood where the mechanical design allows. Accessibility must never reduce containment, so confirm the configuration against ANSI/AIHA Z9.5 and ASHRAE 110 testing with the hood manufacturer, and treat accessibility as a property of the whole station rather than the hood alone. For the base cabinets, knee spaces and reach ranges around the hood, see our ADA lab casework planning guide.
Shop Filtered Fume Hoods Online
These catalog-listed filtered hoods are a separate selection path, not a substitute for a specified ducted hood or hazardous-location exhaust system. Send your chemicals and SDS for application review before selecting a hood.
Common Questions
Can one person operate the sash on an 8- or 10-foot hood?
Possibly, but do not assume every wide hood uses the same sash mechanism. Ask Labs USA to confirm the selected manufacturer’s sash arrangement, operating method, and approved opening before purchase.
Can vacuum and chiller tubing pass through the front sash opening?
That can interfere with sash closure and containment. Plan approved pass-throughs or service penetrations with the hood manufacturer, then coordinate their location with the process equipment and cabinet below.
Does the hood CFM tell the contractor which exhaust fan to buy?
No. Hood CFM is one design input. The mechanical engineer must account for duct length, fittings, transitions, stack conditions, controls, and total static pressure, then confirm the final fan selection with the authority having jurisdiction where applicable.
When should the duct collar layout be finalized?
Finalize it before drywall, ceiling work, roof penetrations, and overhead utilities make changes difficult. Use a drawing for the exact hood configuration rather than a generic width-based assumption.
Can a benchtop hood use a hazardous-location blower?
It may be possible, but the blower and hood must be selected for the actual process. Send the chemicals and safety data sheets (SDS), process hazards, and the project’s electrical area classification, along with the available power supply and proposed blower location. A hazardous-location motor rating does not establish that the complete blower, hood, controls, ductwork, or exhaust system is suitable. Have the manufacturer and qualified project design professionals validate the complete configuration before purchase.
Who supplies the blower on a research hood versus a teaching hood?
Do not assume blower supply is determined by whether the hood is used for research or teaching. It depends on the selected product, project specification, and written quote. Ask the supplier to identify whether the blower is included, offered separately, or supplied by the mechanical contractor, and who selects, installs, connects, and commissions it. Confirm responsibility for ductwork, controls, electrical connections, and building ventilation coordination as well.
What counter-to-ceiling clearance do I need?
There is no single clearance that fits every benchtop hood. Send the measured distance from the finished work surface to the lowest overhead obstruction, the proposed hood and base arrangement, and the ceiling and duct route. Check the selected manufacturer’s overall dimensions, sash travel, duct collar and transition, and installation and service-access requirements. Have the manufacturer and project design professionals validate the fit before ordering or making penetrations.
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