Biological Safety Cabinet YR06203

ManufacturerKalstein

Description

Biological Safety Cabinet YR06203 enhances laboratory safety and efficiency through its advanced A2 design. With a cutting-edge filtration and airflow system, this cabinet ensures a contaminant-free environment, adhering to the international ISO14644.1 Class 5 standards. Its robust construction and efficient HEPA filters with 99.995% efficiency make it an indispensable asset in any laboratory setting, providing unmatched protection for your critical research and experiments.

Market Price

The Biological Safety Cabinet YR06203 falls in the premium range for laboratory safety cabinets, with market prices typically ranging between 7700 USD and 8500 USD. This product’s cost reflects its superior build quality and advanced features, promising long-term value and reliability. To get a precise quote, consider using the Kalstein Plus platform for an automatic quotation tailored to your needs.

Frequently Asked Questions

What safety standards does the YR06203 comply with? The cabinet meets the ISO14644.1 Class 5 (US209E, CLASS 100) standards, ensuring high-performance filtration and contamination control.

Can it handle a high workload in continuous operation? Yes, the Biological Safety Cabinet YR06203 is designed for continuous and demanding operations without compromising on safety or efficiency.

Advantages and Disadvantages

Advantages: This model offers superior contamination control with advanced airflow technology and a high-efficiency HEPA filter. It ensures stable, low-noise operation—measured at ≤65 dB—and has a robust build, providing long-term usage.

Disadvantages: As a high-end product, its initial investment cost may be higher compared to basic models, which could be a consideration for smaller labs with limited budgets.

Product Usage in the Field

The Biological Safety Cabinet YR06203 is predominantly used in research laboratories requiring rigorous contamination control, including biotechnology studies and pharmaceutical testing. Its efficient airflow and filtration systems protect sensitive experiments from external pollutants, ensuring reliable results.

Recommendations

For optimal performance, place your Biological Safety Cabinet YR06203 in a stable environment free from vibrations and direct exposure to air currents. Regular maintenance, such as checking the HEPA filters and cleaning the airflow grills, will ensure continued efficiency and protection. For personalized support, the Kalstein Plus platform offers detailed instructions and customer service.

Features

  • Model: YR06203
  • Meets ISO14644.1 CLASS 5 standards
  • Inflow velocity of 0.53m/s and downflow velocity of 0.35m/s
  • Noise level maintained at ≤65 dB
  • HEPA filter efficiency at 99.995%
  • Durable structure suitable for continuous operation

Technical Specifications

Model YR06203
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) 2060×1035×740
Dimension of working zone(H*W*D) (mm) 670×965×560
Power supply Single-phase voltage source AC220V/50HZ
Power(W) 300

Additional information

Weight 195 kg

Quote List

Quote List

No products in the list

Product categories

In this section you can select the sector or product of your interest.

FAQ

Do you need help?

If you have any questions before processing the order, take a look at the most frequently asked questions

Do you want to know the cost of air shipping to your establishment?

Place your address in the payment area and you will automatically see the shipping to your door!

I am an institution; I need to know the price for several units; I would like to know the cost of the maritime freight

Request a custom quote in the contact section once you identify the model.