Laboratory Laminar Flow Hood Horizontal Laminar Flow Cabinet

• Customization: Available
• Material: Stainless Steel
• Type: Central Bench
• Model NO.: Biological Safety Cabinet
• Usage: Hospital, School, Company, Research Institute
• Color: Grey
• Customized: Customized
• Condition: New
• Raw Material 1: Stainless Steel
• Control Type: LCD Touch Screen
• Power Supply: 120V -240V
• Rated Power: 1800-2300W
• Product Name: Laminar Flow Hood Clean Bench
• Customized Support: Support
• Transport Package: Carton Packing
• Specification: 810*610*590mm
• Trademark: Super Accomplish health Technical
• Origin: China
• Production Capacity: 1000000000

Product Description

Product Description

One of the most functional units of the life science laboratory: the biosafety cabinet (BSC). Laboratory hoods, biosafety cabinets and enclosures may look similar, but they are all very different in function and are each engineered for specific applications.
Biosafety cabinet BSC are designed to handle hazardous pathogenic materials, among other biohazards, and are used regularly in various types of laboratories ranging from basic research to high containment. Sometimes biosafety cabinets are simply referred to as tissue culture hoods, laminar flow hoods, or chemo hoods in a pharmacy. Every BSC is categorized by a specific biosafety class: Class I, Class II or Class III. Different types of BSC operate and the recommended practices for each type based on current safety standards.
Biosafety Cabinet Classes
1. Biosafety Cabinet Class I
2. Biosafety Cabinet Class II a. Type A1 /A2 /B1 / B2 /C1
3. Biosafety Cabinet Class III
BSC is classified by how the cabinet protects the user and their samples, and defines the processes and applications each cabinet is designed to handle. In certain cases, some BSC classes have subtypes Such as Type A, Type B, and Type C.
2. Biosafety Cabinet Class II
BSC-Class II cabinets provide both kinds of protection (of the samples and the environment) since makeup air is also HEPA-filtered.
The principle of operation of Class II cabinets involves a fan mounted in the top of the cabinet that draws a curtain of sterile air over the workstation where the biological products are being handled.
The air then moves underneath the work station and back up to the top of the cabinet before passing through the HEPA filters.
The exhaust that moves out of the facility consists of air being drawn into the front of the cabinet underneath the work surface.
The air drawn in acts as a barrier against the potentially contaminated air coming back out to the operator.
Class II BSCs are further divided into five types depending on the exhaust system and the mechanism of work (recirculation of the exhaust air); Type A1, Type A2, Type B1, Type B2, and Type C1.
Type A1

a. Type A1
The type A1 cabinets have a minimum inflow velocity of 75ft/min where the contaminated divided just above the work station and mixes with the inflow air.
The mixed air is then drawn through a duct network so that it reaches the back of the cabinet.
After this, air might be either recirculated after passing through the HEPA filters or exhausted out of the cabinet, also through a HEPA filter.
This type of cabinet is not as widely used as it is not safe to work with hazardous chemical substances.

Type A2

b. Type A2
The type A2 cabinets have a minimum inflow velocity of 100 ft/min.In Class II, Type A2 BSC air enters the chamber through the front aperture, which provides operator protection.The inflow air mixes with the downflow air (from the top of the cabinet)and enters the front intake grille and then passes over the workstation where the air splits.
Approximately 60% to 70% of the contaminated air is recycled and pushed back into the workstation in the chamber through the downflow HEPA filter, while the remaining 30% to 40% is exhausted through the exhaust HEPA filter.
Because of the chances of the release of hazardous chemicals into the environment, A2 type cabinets are also not extensively used.
 

Type B1 B2

c. Type B1
Type B1 cabinets divide the airflow so that the contaminated air is directed towards the exhaust system while the air between the operator and the workstation mixes with the inflow and is recirculated.
The exhaust air dispersed out of the facility should be passed through the HEPA filters to provide protection to the environment.
These cabinets have a dedicated duct system which allows the release of the contaminated air out of the facility.
In the case of Type B1 cabinets, 40% of the air is recirculated, whereas the remaining 60% is exhausted out of the facility.
d. Type B2
For a Type B2 BSC, Air is also drawn in from an opening at the top of the cabinet that supplies the downflow of air in the cabinet.The air then passes through a HEPA filter, where 100% of the air is exhausted through a dedicated duct system with an exhaust fan motor. The air moving out of the facility is thus sterilized before its release into the atmosphere.The advantage of this system is the removal of toxic vapors that are generated in the cabinet with no recirculation within the BSC.All of the contaminated airflow (100%) in a Type B2 cabinet is externally exhausted which means the air drawn into the cabinet is 100% exhausted into the atmosphere.

Type C1

Type C1 cabinets are similar to Type B cabinets in their working mechanism, but these are designed to reduce operating costs add flexibility to the laboratories.
These cabinets work by using the single-pass airflow system where the cabinets move the air by mixing it with the downflow air separated into columns for recirculation.
The air above the workstation is drawn with a second fan which moves the contaminated air out through the exhaust system with a HEPA filter.
In this way, the cabinets provide protection to the environment, the operator, and the workstation or the biological material.
Type C cabinets are different from Type A cabinets as they use a single-pass airflow mechanism where the air is not circulated.
These differ from Type B cabinets in that they don't require a dedicated ducted exhaust system, can work for an extended duration to increase operator protection in the case of exhaust failure, and can even run without the exhaust at all.

3. Biosafety Cabinet Class III

Class III cabinets are leak-tight, totally enclosed but ventilated cabinets, where all air that either enters or leaves through the facility pass through a HEPA filter.
The cabinets are provided with rubber gloves that are attached to the system to be used during operations in the cabinet. This is why these cabinets are also termed 'glove boxes'.
The cabinet even has a transfer chamber that facilitates the sterilization of materials before they leave the glove box.
Even though the gloves restrict the hand movement of the operator inside the cabinet, it prevents direct contact between the operator and the samples.
The exhaust air is treated with double HEPA filters or HEPA filters in combination with incineration.
These cabinets can be used for all four Biosafety levels (1, 2, 3, and 4). But these are the most important for the manipulation of biological materials in the Biosafety level 4.
These cabinets are mostly custom-built for specific laboratories with lab equipment built inside the chamber.
All of these structural and design features provide maximum protection to the operator, the environment, and the sample against the high-risk group 4 pathogenic organisms.

 

 

External Size(W*D*H)	550*395*730mm	700*550*900mm	900*713*1250mm	1100*695*1924mm
Internal Size(W*D*H)	540*385*440mm	680*540*500mm	800*635*600mm	968*695*630mm
HEPA Filter	99.999% efficiency at 0.3 μm
Airflow Velocity	>0.3m/s	0.75 -1.0m/s	>0.3m/s	0.75 -1.0m/s
Noise	≤60dB	≤55dB	≤60dB	≤67dB
Illuminating Lamp	4W*1	8W*1	8W*1	21W*2
	LED lamp	LED lamp	LED lamp	Fluorescent lamp
	15W*1	20W*1	20W*1	20W*1
UV Lamp	Emission of 253.7 nanometers for most efficient decontamination
	BYKG-III has UV timer function and the display could indicate the UV life.
Power Consumption	150W	≤60W	≤400W	≤350W
Work Surface Height	/	/	/	750mm
Caster	/	/	/	Universal castor
Main Body Construction	PMMA	PMMA	Cold-rolled steel with anti-bacteria powder coating
Work Table	304 stainless steel
Power Supply	AC220V±10%, 50/60HZ; 110V±10%, 60Hz
Standard Accessory	LED lamp, UV lamp*2			Fluorescent lamp,
				UV lamp*2, Base s

Product size(mm)	1000*650*1750	1350*650*1750	1640*650*1750
Wind shower size(mm)	820*610*600	1270*610*600	1560*610*600
Air volume(m/h)	900	1100	1500
Wind speed(m/h)	0.45m/s±20%
Purification level	Class 100 (ISO14644-1 international standard)
Filtration efficiency	99.99%0.3um
Texture of material	SUS304
Noise	<50dB
Number of users	1	2	3

 

 

 

 

 

Production workshop

The production of the Biological Safety Cabinet  introduce
1.Start by the blanking process for the metal part

Normally the house of the Biological Safety Cabinet medical was made by the steel or stainless steel of type as 316
The part was beginning as the blanking
1.Laser blanking machine capacity :8000*2000*10mm 
2.We had about 15 pcs of the laser cutting machine in blanking workshop ,name from No1 to No 15,
3.6S fully carry out in our workshop according to the iso13485,
4.All of the raw material can be Traceability

2.Bending process for CO2 Incubator Shakingmachine by the press break bending machine 

The press brake machine is a powerhouse in the metal fabrication industry, providing an efficient and successful method to bend sheet metal into different forms
To form the metal part into the shape we need ,the first part was by the bending press and the bending die

 

Stainless Steel :Provides great strength and resistance to corrosion, but its greater spring back the ability to revert to its original shape after bending means that it must be handled carefully. 

 

3.Progressive die metal stamping workshop for Biological Safety Cabinet part.

Biological Safety Cabinet need the bracket for the motor and metal stamping part for the housing and electric connect part,The progressive die stamping can give out the huge volume and low cost for the SBiological Safety Cabinet spare metal part.

4.Welding workshop for the digital shaker incubator

The Medical Sterilization machine need a lot of welding ,to imporve the capacity and welding quality we introduce the welding robot machine instead of labor human welding
1.QTY of the welding robot :23pcs
2.Capacity of the welding robot :500A
3.Work station:2000*1500mm

5.Plastic injection workshop for the Biological Safety Cabinetmachine

Plastic part was one part of the  Horizontal Stacked CO2 Incubator Shaker
We had about 10 sets of the plastic injection work for the Lab  Horizontal Stacked CO2 Incubator Shaker
1.The capacity for plastic injection machine was :1000*850*750mm
2.The max ton for plastic injection machine was 1000T

6.The spare part Warehouse for the benchtop Stainless Steel Multifunction Steam Sterilization machine

The 6S was fully carry out in our warehouse with the ERP system 
1.We need to know how many part in our warehouse
2.We need to anticipate the part when to full fill in for all the benchtop Biological Safety Cabinet with Drying Function Water Storage Tank 

7.CNC machining for the benchtop  Horizontal Stacked CO2 Incubator Shaker

The rotor was the key part for the Horizontal Stacked CO2 Incubator Shakert ,to make it perfect especial for the  Horizontal Stacked CO2 Incubator Shaker Equipment ,we need to control the tolerance of the rotor very tight,that was why we introduce the High Temperature Class N Lab  Horizontal Stacked CO2 Incubator ShakerEquipment
1.CNC QTY:15PCS
2.Tolerance for CNC machine :0.01mm

8.co2 incubator stamping ,welding ,rolling Production process on site,the container of the co2 incubator Machine need the vacuum and seal can bear though high pressure 

Customer visit

Customer review our Laboratory co2 incubator Machine workshop,We were welcome all of our customer to visit our company to review and test the co2 incubator for Organisms, Medical, Chemistry,Our business vision was :long term business ,win-win for the future

Packing and loading

The over sea customer always concern about the packing and loading for the Steam co2 incubator Machine,we cant bear the lost for tiny mistake for the Vacuum Steam Machine machine ,one mistake will cause the machine broken or cant work .
From the packing for Laboratory Medical Sterilization Machine to the container loading detail show as below 

Warehouse and stroage for the medical Medical Sterilization Machine,the temperature should be control within 18-25° for all equipment and test machine ,all the record can trace within 3 years.
 

 

After market service

The maintain and repair guarantee for the Medical Sterilization Machine workshop was the key to the business ,when a customer bought a machine from us ,the guarantee was the most importance things customer concern.we sent out technical service team to oversea customer site for the maintain and repair for our customer .Our service for the lab equipment was not stop after the Vacuum Steam Machine Machine sold ,it was the start for our company and your company for win win situation .You use the Vacuum Steam Machine Machine we take care of the rest.

Exhibition

We take part into the MedtecChina Canton Fair (The China Import and Export Fair) exhibition every year ,hope one day we can meet each on the fair

Our vision

The supplier and the customer was togeher for the future ,both parties should be in win-win situation ,so we were looking forwarder to hold hand by hand for bright future.

Our Advantages

Friendly Control Panel
1.Color LED screen, show the air velocity, time, fan station, HEPA filter life and alarm in real time.Safe and Reliable, Energy-Efficient
DC fan and LED light make the operation power consumption save 30%.
Intelligent auto-supply system of imported blower ensures the change of air volume less than 10% when the resistance of filter increases 50% and enhance safety.
2.The alarm system for safe operation height is interlocked with light. At the same time light is Interlocked with sterilizing.
Leak detection in cabinet, no leakage at 500Pa.
UV light with set timer, safer and high efficiency.
Humanized design
3.10°sloped front make it comfortable to operator.
Negative pressure and double layers chamber around ensure non-leakage, non-pollution. Demountable circular-arc armrest can alleviate working tiredness and make it easy to transport.
4.Front window adopts hanging lifting system (Imported from Japan) and more than 5mm thickness security glass with arbitrary positioning, high stability and convenient to sterilization when it closed.
Front window can be cleaned all-over, solving the problem which front window can't be cleaned inside
Moveable working table with handle and support make it easier to clean collecting tank.
There are two anti-splash spare sockets and four service port in the cabinet.
Movable stainless steel worktable 4 liter capacity stainless steel collecting tank with below down valve, easy to collect water, cleaning and disinfection.
5.Non-obstructive air return mode in the front suction channel .
The adjustable leveling foot is without exposure thread.
6.ULPA filters
USA HV ULPA Filter Medium, provide 99.9995% typical efficiency for particle size over 0.12 microns, and the materials is glass fiber.
A minimum ISO 4 air quality in the work area
Unique Technology of non leakage
Every ULPA filters will be tested to ensure non leakage.
7.ECO mode and power off memory function
You need not to turn off BSC when stop experiment. You can close front window and BSC will turn
to ECO mode to ensure cleanliness in working area. If opening front window, BSC will turn to normal mode immediately.
If losing power unexpected, BSC will return to the station which before losing power when regain power. This will ensure the safety of operator.