Product Description
The Biological Safety Cabinets YR05708, YR05709, and YR05710 are designed to offer optimal contamination protection for laboratory work involving sensitive biological materials. These cabinets provide Class 100 cleanliness according to the US Federal Standard 209E, ensuring a high level of air purity crucial for scientific research.
Each model includes a highly efficient filtration system that employs specialized filters to maintain environmental safety. Key metrics such as average wind speed—ranging from 0.26 to 0.27 m/s inside—and front suction wind speed of 0.55 m±0.025 m/s guarantee ideal airflow for safe operation. The noise level is maintained under 65 dB(A), favoring a quiet working atmosphere. Moreover, these cabinets operate on an AC single-phase 220V/50Hz power supply, with power consumption varying between 500W and 700W depending on the model.
The cabinets boast a range of dimensions to suit different laboratory needs. The working area dimensions vary from 1040×650×620 mm to 1640×650×620 mm, whereas the overall dimension ranges from 1200×800×2270 mm to 1800×800×2270 mm. Additionally, the units feature high-efficiency filters and ample lighting, including fluorescent and ultraviolet lamps to enhance safety and visibility during experiments.
| Model | YR05708 | YR05709 | YR05710 | |
| Cleanliness | Class 100@≥0.5μm (US Federal 209E) | |||
| Number of colonies | ≤0.5pcs/dish·hour (Φ90mm culture plate) | |||
| Average wind speed | Inside the door | 0.38±0.025m/s | ||
| Middle | 0.26±0.025m/s | |||
| Inside | 0.27±0.025m/s | |||
| Front suction wind speed | 0.55m±0.025m/s | |||
| Noise | ≤65dB(A) | |||
| Voltage | AC single-phase 220V/50Hz | |||
| Maximum power consumption | 500W | 600W | 700W | |
| Weight | 210KG | 250KG | 270KG | |
| Working area W1×D1×H1 | 1040×650×620 | 1340×650×620 | 1640×650×620 | |
| Overall dimension W×D×H | 1200×800×2270 | 1500×800×2270 | 1800×800×2270 | |
| High efficiency filter specification and quantity | 980×490×50×1 | 1280×490×50×1 | 1580×490×50×1 | |
| 520×380×70×1 | 820×380×70×1 | 1120×380×70×1 | ||
| Specification and quantity of fluorescent lamp/ultraviolet lamp | 20W×2/20W×1 | 30W×2/30W×1 | 30W×2/30W×1 | |
Market Price
The Biological Safety Cabinets range from approximately $5,000 to $15,000, depending on the specific model and additional features chosen. Price variations may occur due to market demand and geographical location. We recommend contacting Kalstein directly or visiting our platform for competitive pricing and to request a personalized quotation.
Frequently Asked Questions
What is the purpose of a Biological Safety Cabinet?
A Biological Safety Cabinet (BSC) is designed to protect the operator, product, and environment from exposure to biohazards and cross-contamination during laboratory procedures involving dangerous microorganisms.
How often should the filters be replaced?
Filters within the Biological Safety Cabinets should be inspected and possibly replaced annually, depending on the usage intensity and the laboratory’s specific requirements.
Can these cabinets be used in any laboratory setting?
Yes, these cabinets are versatile and can be implemented in various laboratory environments, provided the necessary power supply and ventilation standards are met.
Advantages and Disadvantages
Advantages: These cabinets offer superior contamination control and ensure a sterile working environment, protecting both samples and personnel. They are equipped with advanced filtration systems and energy-efficient lighting solutions.
Disadvantages: Initial setup and maintenance can be costly. The cabinets demand significant space in the laboratory, which might not be readily available in smaller establishments.
Field Application
In real-world applications, Biological Safety Cabinets are indispensable in microbiology labs, hospitals, and research labs where manipulating infectious agents is routine. Their ability to maintain an uncontaminated environment permits precise handling of samples for research and development purposes, thus maximizing research quality and outcomes.
Recommendations
Regular maintenance procedures, including filter inspections and airflow checks, are recommended to ensure that the cabinets remain in optimal operating condition. Lab personnel should be adequately trained to use these cabinets effectively and safely to leverage their full potential. Always ensure the cabinet’s location is away from high traffic areas to prevent disruptions in airflow.
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