Description

The Laminar Flow Cabinet YR05737 is a cutting-edge solution engineered to foster a work environment free from contaminants—a necessity for critical tasks in medicine, pharmacy, as well as biological and chemical research. This cabinet features a unique unidirectional airflow system that maintains a consistent vertical air supply, thereby ensuring that the work area remains sterile at all times. With its housing constructed from a cold-rolled steel plate and a work surface of SUS304 stainless steel, the cabinet offers impressive corrosion resistance and ease of cleaning. These are essential characteristics for sustaining a secure and productive work climate. Furthermore, its sliding door system with variable positioning and digital LCD controls simplify safe handling and intuitive operation.

Market Price

On the market, the Laminar Flow Cabinet YR05737 is priced within the range of $1500 to $2300. This price range is indicative of the product’s superior quality, long-lasting durability, and the sophisticated technologies it integrates, including its dual filtration system utilizing both HEPA and primary filters, as well as a UV lamp timing feature. These elements not only assure optimal performance but also enhance the lifespan of the equipment, making it a wise investment for laboratories or medical facilities requiring controlled environments.

Frequently Asked Questions

• Is using the Laminar Flow Cabinet YR05737 complicated?
  No, the digital LCD control interface ensures that the cabinet is easy to operate, even in demanding work environments.
• How often should the HEPA filter be replaced?
  The HEPA filter’s longevity hinges on usage and environmental conditions. However, with appropriate maintenance, it can remain effective for several years.
• Can multiple personnel work simultaneously in the cabinet?
  The YR05737 is designed for dual-user operation on a single side, making it great for collaborative tasks in labs.

Advantages and Disadvantages

The Laminar Flow Cabinet YR05737 boasts a variety of advantages such as a robust build, enhanced corrosion resistance, and quiet operation with a noise level ≤62dB. Moreover, its dual filtration system ensures a secure, contaminant-free working environment, vital for critical use. However, a limitation might be its design for two-person use on one side, which might not suit environments requiring higher interaction among operators.

Product Usage in the Field

In the field, the Laminar Flow Cabinet YR05737 is ideal for settings where concepts of sterility and cleanliness are paramount. It’s extensively employed in pharmaceutical and biotech labs where controlled environments are crucial for handling delicate samples. In addition, it’s indispensable in electronics and precision machinery industries, where particle absence is critical for producing high-quality components. Its efficient design allows for continuous airflow safeguarding both products and operators, ensuring precise, reliable outcomes.

Recommendations

To get the most from the Laminar Flow Cabinet YR05737, adhering to a regular maintenance routine is vital. This includes periodic cleaning and inspection of the HEPA filters and ensuring the ventilation setup is calibrated to maintain optimal airflow. Additionally, routinely check the UV lamp timing function to ensure that the sterile conditions within the work zone are sustained. Undertaking proper maintenance not only extends the life of the equipment but also guarantees its efficient and safe operation consistently. Don’t miss the chance to elevate the safety and efficiency of your lab by requesting a quote through Kalstein Plus—see how this equipment can provide the perfect solution for your needs.

Features

The cabinet features a modern unidirectional airflow clean bench, designed with cutting-edge international technology. It includes an adjustable air volume fan system and a sliding door that offers flexible positioning. The contact switch can adjust the voltage to ensure the wind speed in the work area stays ideal at all times.

Technical Specifications