What is laminar flow hood?
A laminar flow hood is a device that allows obtaining a sterile and safe area for any need that is required within a laboratory. It can be: horizontal or vertical. Basically it constitutes a space, which...
Laboratory bells are equipment that allows maintaining air quality in these spaces, preserving the reagents and samples used in them, as well as ensuring the integrity of the operator. Currently there is a wide variety of bells and these respond to specific needs so each one has a defined purpose.
These are forced circulation cameras that, depending on their specifications and design, provide different levels of protection. In this article we will focus on laminar flow bells that allow us to protect the product being manufactured and on biological safety bells that protect the product, the operator and the environment.
Biological safety cabinets are ventilated rooms designed to limit the risk of laboratory personnel exposed to infectious agents as much as possible. This is especially important considering that many of the operations carried out in a laboratory involve the formation of aerosols. The main objective of this equipment is to provide a work area that minimizes the probability that an airborne particle has to escape to the outside of the cabin and thus contaminate the operator and the area around him. In addition, some of them offer protection to the material that is handled.
When a biological safety cabinet is used by properly trained personnel aware of its limitations, it becomes a very effective containment equipment to reduce the possible escape of biological contamination. However, it is important to bear in mind that a cabin is never a substitute for a proper microbiological technique.
A laminar flow hood is a device that allows obtaining a sterile and safe area for any need that is required within a laboratory. It can be: horizontal or vertical. Basically it constitutes a space, which, by means of a specific treatment of the air, allows to work in an area with a strict control of non-road particles.
This type of equipment is used for certain processes where extreme pollution control is needed. Normally, these systems are used for microbiological control procedures, packaging process and sterile filling, but in no way should they be used for processes in which strains of contaminating biological agents are involved, whether known or not. For these cases there are biological safety cabins, prepared exclusively for the protection of the product / process, the operator and the environment.
To understand the purpose of laminar flow equipment, it is necessary to consider its operation, and the physical space where it will be located.
Laboratory bells are equipment that allows maintaining air quality in these spaces, preserving the reagents and samples used in them, as well as ensuring the integrity of the operator. Currently there is a wide variety of bells and these respond to specific needs so each one has a defined purpose.
Air curtain isolation design prevents internal and external cross-contamination...
Get to know more about Kalstein’s new Full Stainless Steel Biosafety Cabinet...
Biological safety cabinet Class II biological safety cabinet/biological safety cabinet is necessary in animalcule lab...
Widely used in medical, college and other industries. provide air purification for the working area; is the essential...
Biological safety cabinets is clean equipment in biological experiments, to prevent damage of the experimental operation of poisonous and harmful airborne particles, in order to protect the safety of the operator and the environment in the experiment.
Kalstein bioaction series biological safety cabinet provide reliable security, standard with a HEPA filter to protect product and environment; plenum leak prevention technology, stable inflow speed system, LCD screen, microcomputer control technology, especially for biological contamination of a variety of high-risk experiments;
Product Model | YR05270 | YR05271 |
Clean Rating | International standard ISO14644.1 CLASS 5(US209E,CLASS 100) | |
Inflow Velocity | 0.53m/s | |
Down Flow Velocity | 0.35m/s | |
Down Flow Velocity Precision | ±0.015m/s | |
Noise Level(dB) | ≤65 | |
Vibration | ≤3μm(X、Y、Z direction) | |
HEPA | efficiency 99.995% | |
Light Intensity(LX) | ≥650 | |
Pressure Difference Range (Pa) | 0~500 | |
Operate Environment | environment temp.10-30℃,relative humidity under 70%, no obvious vibration and dust | |
External Dimensions(H*W*D) (mm) | 206 × 103.5 × 74 | 206 × 134 × 74 |
Dimension Of Working Zone(H*W*D) (mm) | 67 × 96.5 × 56 | 67 × 127 × 56 |
Power Supply | Single-phase voltage source AC220V/50HZ | |
Power(W) | 300 | 350 |
Net Weight(KG) | 175 | 210 |
Gross Weight(KG) | 195 | 235 |
Package Size (H*W*D) (cm) | 165 × 120.5 × 91 | 165 × 151 × 91 |
Laboratory hoods are fundamental pieces in the operation of this space to maintain air quality. The variety of hoods in the industry responds to the needs of scientists...
A hood or hood in laboratories are an effective means of capturing flammable, irritant, corrosive, carcinogenic vapors, etc. to prevent personnel exposures and avoid their dissemination...
The polymerase chain reaction (PCR) is a laboratory technique used to amplify DNA sequences. The method uses short DNA sequences called primers to...
A laminar flow hood is a device that allows obtaining a sterile and safe area for any need that is required within a laboratory. It can be: horizontal or vertical. Basically it constitutes a space, which...
In this section you can find our cabins and bells, packed, receiving service, etc.
These cabins use an airflow that allows to control and drag aerosols and particles, HEPA filtration to retain and eliminate them in the air stream, is a safe way to work with contaminated materials, with pathogens such as: bacteria and viruses; there are a variety of CSBs, and they differ in their specific design and manufacturer features.
It is a machine that offers a closed and ventilated working space, which allows to perform many procedures and scientific experiments protecting the user, the sample and the present environment; it eliminates and prevents pollution, and is indispensable in any laboratory.
To know the price of the Bells and Cabins we invite you to send us an email with your request through the contact form.
The delivery time of your Kalstein product will depend on the following:
– Delivery Time (Aereo): 15-30 days.
– Delivery Time (Maritimo): 45-60 days.
– Delivery Time (Aereo): 30-60 days.
– Delivery Time (Maritimo): 60-90 days.
You can make your purchase through:
At Kalstein we provide our customers with inductions and technical support through new online methods. You can visit our inductions, technical assistance and guidance videos provided by a Kalstein team through our YouTube channel (Kalstein English). HERE
Of course, you can request a quote for the Kalstein team of interest, directly from our official website. Once you have identified the model of your choice, click HERE