Class II Biological Safety Cabinet Type A2
Our biosafety cabinet class IIA2” is our most popular biological safety cabinet (BSC). It provides excellent protection to the BSC operator as well as the external environment, from potential hazards inside the BSC work area. It has an inclined slide shutter specially designed to improve efficiency and ease at work. It is compliant with the JIS K3800 (Japan Industrial Standards); as certified by JACA (Japan Air Cleaning Association).
·This product is Japan Industrial Standard (JIS) - JIS K38000 compliant and certified.
·This product has also been qualified and certified by JACA (Japan Air Cleaning Association)
·An inclined slide shutter is utilized to improve ease of use; making operation both motion-saving and space-saving as well.
Now fitted with an innovation-driven, redesigned fan unit that can extend the useful life of the HEPA filter.The digital, status monitor displays both the inflow air velocity as well as the supply air velocity in a format that is very easy to understand. This Instantly gives users the relevant information they need to manage their specific work environments.
In addition, we offer a variety of IIA2 type BSCs that cater to your specific requirements or standards such as a US NSF standard (NSF/ANSI 49-2012) certified machine.
Features
Options
- Mobile cart with locking casters
- Electric control of sash lift
- ULPA filter
Safety
In addition, we offer a variety of IIA2 type BSCs that cater to your specific requirements or standards such as a US NSF standard (NSF/ANSI 49-2012) certified machine.
The biosafety cabinet class IIB2 basically has the same function as the Class IIA2. However, the Class IIB2 is more intended for toxicology applications. As such airflow through a Class IIB2 BSC is 100% externally expelled and that there is no recirculation within the BSC. The amount of air volume used in a Class IIB2 is significantly greater than that of the Class IIA2. The Class IIB2 provides additional protection to the user when working with vapors and gases where aseptic conditions are required. All air in the BSC is expelled and not recirculated in the system.
Excellent in removing vapors and gases. Suitable in applications that involve a large amount.
Ejects approximately 2.5 times the volume of air as compared to the Class IIA2 of the same size. Likewise, a more conditioned supply of air is required to replace the greater volume of dissipated air. As a result, energy usage is naturally higher as well.
·An inclined slide shutter is utilized to improve ease of use; making operation both motion-saving and space-saving as well.
·Display monitor shows both the inflow air velocity as well as the supply air velocity in a format that is very easy to understand.
Features
Options
Safety
In addition, we offer a variety of IIA2 type BSCs that cater to your specific requirements or standards such as a US NSF standard (NSF/ANSI 49-2012) certified machine.
Glove Box
Our glove box is a BSL-4 (Biosafety Level 4) containment glove box. It provides a controlled, sterile, and negative air pressure, environment to prevent contamination of samples, substances or other materials that are being handled inside the box. It also protects the user from possible contamination from hazardous substance being handled inside the box. Our glove box can also be linked-up with an autoclave or other devices in a line.
Both air supplied to, and air expelled from the glove box pass through HEPA filters.
Negative air pressure inside the box is monitored and maintained at 130Pa.
Our glovebox can be operated as a standalone unit or can be linked with other machines as well.
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Workability has been improved by adopting a tilted slide shutter.
Power saving has been achieved by adopting a DC brushless motor.
We have four models with widths of 1,000, 1,300, 1,600, and 1,900 mm.
The digital wind speed display displays the operating status.
Gas germicidal lamps are available as options.
Safety
ISO Class 5 (Class 100 <US.FED.STD.209D)
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A standard clean bench with horizontal airflow. There is no shutter on the front, it is open and used for parts inspection and work. Power saving has been achieved by adopting a DC brushless motor.
Arm extractor
Extraction arm for laboratory environments with clean design and market-leading low pressure drop.
Arm Extractor is available in the dimensions Ø50/75/100 mm in lengths between 650–2,650 mm. Ceiling/wall/table brackets are available as standard, with ceiling brackets functioning as an exhaust duct. facilitates many different types of needs, both in terms of use and installation. For stylish and functional installations, there are extension kits and cover plates as well as a wide range of hoods and suction nozzles. The market’s most complete local extractor.
AE STD
Suitable for evacuating most types of airborne contaminants, e.g. in laboratories, schools, hospitals, the pharmaceutical industry, hair salons and light industrial applications. ME STD has polypropylene joints and thin-wall anodized aluminum tubes.
Available in the dimensions Ø50/75/100 mm.
AE PP
Used primarily for evacuating very corrosive air borne contaminants in high concentrations, e.g. uncertain laboratories and in the pharmaceutical and chemical industries. ME PP has polypropylene joints and tubes. All metal parts that meet the airflow are made of stainless steel. Ceiling bracket MTI for ME PP is available with internal epoxy coating for higher corrosion resistance.
Available in the dimensions Ø75/100 mm
Class II Biological Safety Cabinet Type A2
Our biosafety cabinet class IIA2” is our most popular biological safety cabinet (BSC). It provides excellent protection to the BSC operator as well as the external environment, from potential hazards inside the BSC work area. It has an inclined slide shutter specially designed to improve efficiency and ease at work. It is compliant with the JIS K3800 (Japan Industrial Standards); as certified by JACA (Japan Air Cleaning Association).
·This product is Japan Industrial Standard (JIS) - JIS K38000 compliant and certified.
·This product has also been qualified and certified by JACA (Japan Air Cleaning Association)
·An inclined slide shutter is utilized to improve ease of use; making operation both motion-saving and space-saving as well.
Now fitted with an innovation-driven, redesigned fan unit that can extend the useful life of the HEPA filter.The digital, status monitor displays both the inflow air velocity as well as the supply air velocity in a format that is very easy to understand. This Instantly gives users the relevant information they need to manage their specific work environments.
In addition, we offer a variety of IIA2 type BSCs that cater to your specific requirements or standards such as a US NSF standard (NSF/ANSI 49-2012) certified machine.
Features
Options
- Mobile cart with locking casters
- Electric control of sash lift
- ULPA filter
Safety
In addition, we offer a variety of IIA2 type BSCs that cater to your specific requirements or standards such as a US NSF standard (NSF/ANSI 49-2012) certified machine.
The biosafety cabinet class IIB2 basically has the same function as the Class IIA2. However, the Class IIB2 is more intended for toxicology applications. As such airflow through a Class IIB2 BSC is 100% externally expelled and that there is no recirculation within the BSC. The amount of air volume used in a Class IIB2 is significantly greater than that of the Class IIA2. The Class IIB2 provides additional protection to the user when working with vapors and gases where aseptic conditions are required. All air in the BSC is expelled and not recirculated in the system.
Excellent in removing vapors and gases. Suitable in applications that involve a large amount.
Ejects approximately 2.5 times the volume of air as compared to the Class IIA2 of the same size. Likewise, a more conditioned supply of air is required to replace the greater volume of dissipated air. As a result, energy usage is naturally higher as well.
·An inclined slide shutter is utilized to improve ease of use; making operation both motion-saving and space-saving as well.
·Display monitor shows both the inflow air velocity as well as the supply air velocity in a format that is very easy to understand.
Features
Options
Safety
In addition, we offer a variety of IIA2 type BSCs that cater to your specific requirements or standards such as a US NSF standard (NSF/ANSI 49-2012) certified machine.
Glove Box
Our glove box is a BSL-4 (Biosafety Level 4) containment glove box. It provides a controlled, sterile, and negative air pressure, environment to prevent contamination of samples, substances or other materials that are being handled inside the box. It also protects the user from possible contamination from hazardous substance being handled inside the box. Our glove box can also be linked-up with an autoclave or other devices in a line.
Both air supplied to, and air expelled from the glove box pass through HEPA filters.
Negative air pressure inside the box is monitored and maintained at 130Pa.
Our glovebox can be operated as a standalone unit or can be linked with other machines as well.
Workability has been improved by adopting a tilted slide shutter.
Power saving has been achieved by adopting a DC brushless motor.
We have four models with widths of 1,000, 1,300, 1,600, and 1,900 mm.
The digital wind speed display displays the operating status.
Gas germicidal lamps are available as options.
Safety
ISO Class 5 (Class 100 <US.FED.STD.209D)
A standard clean bench with horizontal airflow. There is no shutter on the front, it is open and used for parts inspection and work. Power saving has been achieved by adopting a DC brushless motor.
Arm extractor
Extraction arm for laboratory environments with clean design and market-leading low pressure drop.
Arm Extractor is available in the dimensions Ø50/75/100 mm in lengths between 650–2,650 mm. Ceiling/wall/table brackets are available as standard, with ceiling brackets functioning as an exhaust duct. facilitates many different types of needs, both in terms of use and installation. For stylish and functional installations, there are extension kits and cover plates as well as a wide range of hoods and suction nozzles. The market’s most complete local extractor.
AE STD
Suitable for evacuating most types of airborne contaminants, e.g. in laboratories, schools, hospitals, the pharmaceutical industry, hair salons and light industrial applications. ME STD has polypropylene joints and thin-wall anodized aluminum tubes.
Available in the dimensions Ø50/75/100 mm.
AE PP
Used primarily for evacuating very corrosive air borne contaminants in high concentrations, e.g. uncertain laboratories and in the pharmaceutical and chemical industries. ME PP has polypropylene joints and tubes. All metal parts that meet the airflow are made of stainless steel. Ceiling bracket MTI for ME PP is available with internal epoxy coating for higher corrosion resistance.
Available in the dimensions Ø75/100 mm
What is a Biosafety Cabinet (BSC)?
A Biosafety Cabinet is an enclosed, ventilated laboratory workspace designed to protect the user, the environment, and the research materials from exposure to biohazards and contamination. It uses HEPA-filtered air to create a sterile environment inside the cabinet.
What are the different types of Biosafety Cabinets?
How does a Class II Biosafety Cabinet work?
A Class II BSC filters air through HEPA filters to ensure sterile conditions inside. Air is drawn through a front grille to maintain containment, while a portion of air is recirculated through the cabinet, and some is exhausted. This protects both the user and the samples.
When should a Biosafety Cabinet be used?
BSCs are used when working with infectious agents, toxins, or other biohazards to ensure containment and protection. It’s essential when handling potentially infectious materials or procedures that may generate aerosols.
How is a Biosafety Cabinet different from a Fume Hood?
While both provide protection, BSCs are specifically designed for biological work and provide HEPA-filtered air to protect samples from contamination. In contrast, fume hoods protect the user from chemical vapors and do not protect the sample from contamination.
What are HEPA filters and why are they important in BSCs?
HEPA (High-Efficiency Particulate Air) filters remove 99.97% of particles as small as 0.3 microns. They are crucial in BSCs to prevent contamination by filtering out microorganisms and maintaining sterile conditions.
How often should a Biosafety Cabinet be certified?
Typically, BSCs are certified annually or after any significant maintenance, relocation, or filter replacement. Certification ensures that the cabinet is functioning correctly to protect both the user and the environment.
What are the steps for proper Biosafety Cabinet usage?
Basic steps include turning on the BSC 10–15 minutes before use, cleaning and disinfecting surfaces, organizing materials to minimize movements, performing work from clean to dirty areas, and avoiding blocking airflow. After use, surfaces should be decontaminated.
What kind of decontamination is recommended for BSCs?
For routine cleaning, 70% ethanol or an equivalent disinfectant is recommended. For deeper decontamination, such as for servicing or moving, formaldehyde gas or vaporized hydrogen peroxide methods may be used.
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