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Supplier: Labconco Corporation
Description: side-entry air foils; and upper containment sash foil. Other features include:nominal inflow velocity of 75 to 105 fpm; 99.99% efficient exhaust HEPA filter; variable speed built-in blower with vibration-isolated impeller and solid state control rated for 2 amps; intrinsically-safe,
- Inflow Velocity: 75 to 105 SFPM
- Exhausted Air: 99.99 %
- Cabinet Type: Class I
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Supplier: Terra Universal, Inc.
Description: Adjustable high-volume fans allows precise regulation of pressure inside a cleanroom or other enclosure HEPA-filtered model removes sub-micron powders and other particles to protect the external environment Ideal for operations with hazardous materials that require negative pressure inside
- Air Flow Rate: 3,000 to 3,200 SCFM
- Applications / Use: Air Handling Units / HVAC
- Design: Axial
- Environment: Clean Air / Gas, Light Solids / Powder / Dust
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Supplier: HDT Global
Description: HEPA filters were developed by the Atomic Energy Commission during World War II to remove radioactive dust from their plant exhaust. HEPA filters are now the primary filtration systems for electronic clean room assembly, isolation wards, surgical theaters, bioengineering,
- Efficiency: 99.97 %
- Width / Ring Size: 10.19 inch
- Construction: Frame / Assembly
- Features: HEPA / ULPA Filter, Other, Pleated
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Supplier: Cole-Parmer
Description: applications do not require product protection. The filter indicator monitors the differential pressure across the filter and lets you know when to change the filter. Side panels and pivoting, angled sash are made of tempered safety glass; sash pivots upward 20" for easy cabinet
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Supplier: Cole-Parmer
Description: applications do not require product protection. The filter indicator monitors the differential pressure across the filter and lets you know when to change the filter. Side panels and pivoting, angled sash are made of tempered safety glass; sash pivots upward 20" for easy cabinet
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Supplier: Cole-Parmer
Description: applications do not require product protection. The filter indicator monitors the differential pressure across the filter and lets you know when to change the filter. Side panels and pivoting, angled sash are made of tempered safety glass; sash pivots upward 20" for easy cabinet
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Supplier: Cole-Parmer
Description: applications do not require product protection. The filter indicator monitors the differential pressure across the filter and lets you know when to change the filter. Side panels and pivoting, angled sash are made of tempered safety glass; sash pivots upward 20" for easy cabinet
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Supplier: Air Impurities Removal Systems, Inc.
Description: The HEPA filter included with this system is 99.97% effective at removing particulate matter down to 0.3 microns in size, such as: dust, pollen, mold, and biological material. Included With Product Grated Inlet Cover for maximum draw Pleated Filter HEPA
- Air Flow Volume: 1,359.7810752468852 m³/hr
- Technology: HEPA Filter
- Application: Industrial
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Supplier: Air Impurities Removal Systems, Inc.
Description: The HEPA filter included with this system is 99.97% effective at removing particulate matter down to 0.3 microns in size, such as: dust, pollen, mold, and biological material. Included With Product Grated Inlet Cover for maximum draw Pleated Filter HEPA
- Air Flow Volume: 849.8631720293032 m³/hr
- Technology: HEPA Filter
- Application: Industrial
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Supplier: Air Impurities Removal Systems, Inc.
Description: The HEPA filter included with this system is 99.97% effective at removing particulate matter down to 0.3 microns in size, such as: dust, pollen, mold, and biological material. Included With Product Pleated Filter HEPA Filter Grated Inlet Cover for maximum
- Air Flow Volume: 594.9042204205123 m³/hr
- Technology: HEPA Filter
- Application: Industrial
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Supplier: Air Impurities Removal Systems, Inc.
Description: biological material, including some viruses, bacteria, and mold spores. Included With Product 360˚Ambient Inlet Cover for Maximum Draw Pleated Filter HEPA Filter 7’ Power Cord with plug Heavy-Duty Caster Base Features & Benefits High efficiency, multi-stage filtration
- Air Flow Volume: 849.8631720293032 m³/hr
- Technology: Adsorbtion, Activated Carbon, HEPA Filter
- Application: Industrial
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Supplier: AirClean Systems
Description: Designed to safely handle biological samples and open-small packages in a safe area. The UPUV workstation provides UV-C light for decontamination of materials and protects the operator from exposure to airborne pathogens. The UPUV workstation captures potentially harmful toxins by using
- Type: Chamber
- Applications: Surface Disinfection (Part Sterilizers)
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Supplier: NuAire, Inc.
Description: The CellGard HD 481 Biological Safety Cabinet offers a safer environment for the compounding of hazardous drugs, powders, and cytotoxics through a three tiered filter system. HEPA filters under the work surface provide additional protection.
- Inflow Velocity: 104.330708661417 SFPM
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Supplier: Labconco Corporation
Description: through the cabinet, while 30% passes through an exhaust HEPA filter and is discharged. These biohazard cabinets are designed to discharge HEPA-filtered exhaust air directly into the laboratory, or into an exhaust system through the optional Canopy Connection. When
- Inflow Velocity: 105 SFPM
- Recirculated Air: 0 %
- Exhausted Air: 100 %
- Cabinet Type: Class II Type B2
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Supplier: Labconco Corporation
Description: through the cabinet, while 30% passes through an exhaust HEPA filter and is discharged. These biohazard cabinets are designed to discharge HEPA-filtered exhaust air directly into the laboratory, or into an exhaust system through the optional Canopy Connection. When
- Inflow Velocity: 105 SFPM
- Recirculated Air: 70 %
- Exhausted Air: 30 %
- Cabinet Type: Class II Type A
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Supplier: Labconco Corporation
Description: through the cabinet, while 30% passes through an exhaust HEPA filter and is discharged. These biohazard cabinets are designed to discharge HEPA-filtered exhaust air directly into the laboratory, or into an exhaust system through the optional Canopy Connection. When
- Inflow Velocity: 105 SFPM
- Recirculated Air: 70 %
- Exhausted Air: 30 %
- Cabinet Type: Class II Type A
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Supplier: Baker
Description: research with, for example, bacteria, viruses and allergens. The users are protected by inflow, the products by HEPA-filtered laminar downflow in the working area (30% exhaust, 70% recirculation). HEPA-filtered exhaust air ensures environmental protection. The design meets the highest
- Recirculated Air: 70 %
- Exhausted Air: 30 %
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Supplier: Baker
Description: under the work surface HEPA filters, supply HEPA filter and direct exhaust airflow system combine to increase protection from particulates, while preventing the buildup of chemical vapors and gases. All exhaust air is removed directly from the work area (direct exhaust)
- Inflow Velocity: 105 SFPM
- Recirculated Air: 40 %
- Exhausted Air: 60 %
- Cabinet Type: Class II Type B1
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Supplier: Baker
Description: under the work surface HEPA filters, supply HEPA filter and direct exhaust airflow system combine to increase protection from particulates, while preventing the buildup of chemical vapors and gases. All exhaust air is removed directly from the work area (direct exhaust)
- Inflow Velocity: 105 SFPM
- Recirculated Air: 40 %
- Exhausted Air: 60 %
- Cabinet Type: Class II Type B1
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Supplier: CSA Group
Description: ISO 16170:2016 specifies in situ test methods for high efficiency particulate air filters used to limit releases towards the environment (e.g. from nuclear facilities or facilities with aerosol toxic or biological releases). This applies where installations of these filters are
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Supplier: Baker
Description: with a high microbiological risk and for toxic applications, such as the preparation of cytotoxic drugs. As an additional safety element, the cabinet is equipped with additional V-shaped HEPA filters under the worktop. They filter the inflow air and the downflow, protecting the
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Supplier: AirClean Systems
Description: filtration. Standard Features Polypropylene construction for chemical resistance. The result: NO RUST Mini-helic gauge monitors filter life, indicating when to change HEPA filter No ductwork required No installation required - plugs directly into a standard 110V or 220V
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Supplier: AirClean Systems
Description: The TEE probe storage cabinets provide a dedicated and secure place to store disinfected TEE probes. Each cabinet is designed to bathe TEE probes with positive pressure HEPA-filtered clean air during storage, minimizing probe contact with airborne contaminants. Thermally-fused seamless
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Supplier: HDT Global
Description: The U.S. Navy CBR filter housing is used in ship collective protection systems (CPS) to remove chemical, biological and radiological (CBR) contaminants from outside makeup air. These aluminum filter housings hold from one (1) to five (5) M98 particulate/gas filter sets
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Supplier: NuAire, Inc.
Description: Airflow: 100% Exhaust TouchLink Electronic Control System UL 1805 Classified UL 586 rated HEPA Filters NSF/ANSI 49 The LabGard® ES (Energy Saver) TE (Total Exhaust) model NU-565 Laminar Flow Biosafety Fume Hood/Cabinet is a bench/table top model, optionally available with a base
- Inflow Velocity: 105 SFPM
- Cabinet Type: Class II Type B2
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Biological Safety Cabinets - Total Exhaust Biosafety Cabinet, Class II, Type B2 -- LabGard TE NU-560Supplier: NuAire, Inc.
Description: Frame Supply HEPA Filter 99.99% @ 0.3 Micron Metal Frame Exhaust HEPA Filter 99.99% @ 0.3 Micron Standard Outlet Left Front Faring, Outlet Plate Cover Right Front Faring Right Middle Service Coupling Right Bottom Service Valve Left Middle Service Coupling Left Bottom
- Inflow Velocity: 105 SFPM
- Cabinet Type: Class II Type B2
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Supplier: Mystaire, Inc.
Description: chamber is a second pre-filter. This pre-filter is referred to as a trace evidence filter and is designed to trap any potential evidence that may become airborne during the drying process. All drying air must pass through the trace evidence pre-filter before leaving the
- Height: 78 inch
- Width: 32 to 72 inch
- Depth: 23 inch
- Use: Industrial
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Supplier: Mystaire, Inc.
Description: chamber is a second pre-filter. This pre-filter is referred to as a trace evidence filter and is designed to trap any potential evidence that may become airborne during the drying process. All drying air must pass through the trace evidence pre-filter before leaving the
- Hood Design: Conventional
- Filter Type: Ductless
- Fume Hood Type: General Purpose
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Supplier: Sentry Air Systems, Inc.
Description: Optional: Variable speed controller (115V only), hour counter, velometer, and spill tray. Quiet operation Long filter life Simple, quick “no tool” filter change Portable and lightweight Reliable, low maintenance operation Custom Sizes Available Filter Choices: HEPA [up to
- Required Airflow: 80 SCFM
- Filter Type: Ductless
- Fume Hood Type: General Purpose
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Supplier: Sentry Air Systems, Inc.
Description: Quiet operation Long filter life Simple, quick “no tool” filter change Portable and lightweight Reliable, low maintenance operation Custom Sizes Available Filter Choices: ULPA [up to 99.9995% efficiency on particles 0.12 microns and larger] HEPA [up to 99.97% efficiency
- Required Airflow: 350 SCFM
- Filter Type: Ductless
- Fume Hood Type: General Purpose
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Supplier: Sentry Air Systems, Inc.
Description: protects the operator’s breathing zone by pulling harmful fumes and particulate into the filtration chamber and releasing filtered air back into the surrounding room. This system utilizes two filters with varied filter media depending on the application. Advanced Controls Airflow –
- Required Airflow: 450 SCFM
- Filter Type: Ductless
- Fume Hood Type: General Purpose
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Supplier: Sentry Air Systems, Inc.
Description: Clear anti-static vinyl curtains, Magnehelic Gauge, hour counter, and spill tray. Quiet operation Long filter life Simple, quick “no tool” filter change Portable and lightweight Reliable, low maintenance operation Custom Sizes Available Filter Choices: ULPA [up to 99.9995%
- Required Airflow: 350 SCFM
- Filter Type: Ductless
- Fume Hood Type: General Purpose
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Supplier: Terra Universal, Inc.
Description: Adjustable high-volume fans allows precise regulation of pressure inside a cleanroom or other enclosure HEPA-filtered model removes sub-micron powders and other particles to protect the external environment Ideal for operations with hazardous materials that require negative pressure inside
- Air Flow Rate: 4,117 to 5,768 SCFM
- Static Pressure: 0 to 1 in H2O
- Applications / Use: Air Handling Units / HVAC
- Design: Axial
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Supplier: Mystaire, Inc.
Description: Mystaire® MY-PCR prep stations are compact laminar flow enclosures that reduce the risk of sample contamination while performing polymerase chain reaction experiments. Airborne contaminants are prevented from entering into the work zone through constant positive pressure HEPA filtered air.
- Hood Design: Conventional
- Filter Type: Ductless
- Fume Hood Type: General Purpose
- Sash Options: Horizontal Sash
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Supplier: Terra Universal, Inc.
Description: Adjustable high-volume fans allows precise regulation of pressure inside a cleanroom or other enclosure HEPA-filtered model removes sub-micron powders and other particles to protect the external environment Ideal for operations with hazardous materials that require negative pressure inside
- Air Flow Rate: 1,642 to 2,230 SCFM
- Static Pressure: 0 to 1 in H2O
- Applications / Use: Air Handling Units / HVAC, Exhaust Ventilation
- Design: Axial
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operators and products. Key Features at a Glance Enhanced Air Safety: The BioVanguard employs a double filtration system, processing both recirculated and exhaust air to ensure a sterile environment. Safe HEPA Filter (read more)
Browse Biological Safety Cabinets Datasheets for Baker -
Compounding • www.eagleson.org/FDC Cleanrooms: Testing HEPA Filtered Systems and Cleanrooms • www.eagleson.org/SCT Conferences: CDC (read more)
Browse Instructional Seminars and Training Services Datasheets for Baker -
molecules, reducing odors and chemical exposure. Combine UV light with high-efficiency filtration For maximum protection, UV-C and UVV systems work alongside: HEPA filters that capture PM2.5 and ultrafine particles (read more)
Browse Air Purifiers Datasheets for Sanuvox Technologies, Inc. -
molecules, reducing odors and chemical exposure. Combine UV light with high-efficiency filtration For maximum protection, UV-C and UVV systems work alongside: HEPA filters that capture PM2.5 and ultrafine particles (read more)
Browse UV Light Systems Datasheets for Sanuvox Technologies, Inc. -
molecules, reducing odors and chemical exposure. Combine UV light with high-efficiency filtration For maximum protection, UV-C and UVV systems work alongside: HEPA filters that capture PM2.5 and ultrafine particles (read more)
Browse Air Filters (industrial) Datasheets for Sanuvox Technologies, Inc. -
use. What Is Airflow Balance in a BSC? A BSC uses a carefully designed airflow pattern to create a protective barrier at the work access opening. Clean, HEPA-filtered air flows downward into the cabinet (called supply or downflow air) while contaminated air is pushed away (read more)
Browse Biological Safety Cabinets Datasheets for Baker -
use. What Is Airflow Balance in a BSC? A BSC uses a carefully designed airflow pattern to create a protective barrier at the work access opening. Clean, HEPA-filtered air flows downward into the cabinet (called supply or downflow air) while contaminated air is pushed away (read more)
Browse Biological Safety Cabinets Datasheets for Baker -
down the key differences to help you make an informed decision. What is a Clean Bench? At its core, a clean bench provides a workspace with extremely low particulate contamination. It achieves this by pushing air through a high-efficiency particulate air (HEPA) filter (read more)
Browse Clean Benches Datasheets for Baker -
surfaces to reduce corrosion and contamination risks. Integrated particle monitoring systems to meet cGMP particle monitoring requirements while minimizing equipment that is introduced into the work zone of the BSC Patch-free HEPA filters for consistent performance (read more)
Browse Biological Safety Cabinets Datasheets for Baker -
. Integrated particle monitoring systems to meet cGMP particle monitoring requirements while minimizing equipment that is introduced into the work zone of the BSC Patch-free HEPA filters for consistent performance. Airflow monitoring is equally essential. Many c (read more)
Browse Biological Safety Cabinets Datasheets for Baker
Conduct Research Top
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Air Filtration and the Use of HEPA Filters in Biological Safety Cabinets
In biological applications, laboratory personnel regularly work with microorganisms in biological safety cabinets. HEPA filters used in these cabinets must effectively trap hazardous bacterium and viruses to provide personnel protection
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How Long Do HEPA Filters Last?
The life of a HEPA filter for a Biological Safety Cabinet (BSC) is an important subject when considering the life cycle cost of any BSC. HEPA filter loading capacity has always been a major concern for the design/performance of a BSC. Not only in terms of replacement cost, but also laboratory
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Aseptic Processing, the Japanese Way
are equipped with dehumidification units to reach the relatively low humidity levels required by the Steris vapor phase hydrogen peroxide generators prior to the decontamination process. Decontamination of the isolators was validated using biological indicators on stainless steel coupons with a population
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Computer Information Systems and Industrial Management
Spirometer body is made up of a biological filter HEPA Light.
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Protocols for Adult Stem Cells
As with all cell culture, all open steps should be performed in a HEPA filtered biological safety cabinet by a person trained in good aseptic technique.
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BNL ACCELERATOR-BASED RADIOBIOLOGY FACILITIES
short-term cell culture, each containing a HEPA filtered biological cabinet, C02 .
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9.26.07 -- Exhibitor Figures Demonstrate L.A.B. Set For Success
HEPA Filtered Biological Safety Cabinets .
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Induction of murine immune responses by DNA encoding a 23-kDa antigen of Cryptosporidium parvum
All manipulations were performed within HEPA - filtered biological containment hoods.
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Principles of Toxicology Testing
For example, HEPA filters within biological safety cabinets need to be changed routinely as agreed to by the authorized work- force.
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Annual Report for Hybrid Plasma Reactor/Filter for Transportable Collective Protection Systems—Phase 1B
Conventional collective protection systems typically employ HEPA filters for biological /radiological protection and activated carbon filters for chemical agent protection.