Description

The Laminar Flow Cabinet YR05738 is a cutting-edge solution designed to maintain a clean and sterile working environment across diverse applications. Whether you’re involved in medical treatments, chemical experiments, or the manufacturing of electronic and precision products, this cabinet ensures a contamination-free workspace. It features a constant vertical airflow that effectively keeps the work area clear of dust and germs, safeguarding both operators and sensitive products. Built with a cold-rolled steel welded housing and a brushed SUS304 stainless steel work surface, this cabinet boasts high corrosion resistance and easy maintenance. Additionally, its sliding door system with arbitrary positioning offers safe and flexible handling to cater to each user’s specific needs.

Market Price

The average price of the Laminar Flow Cabinet YR05738 in the market typically ranges from $1300 to $1800, depending on supplier and included specifications. This investment is justified by its superior quality and advanced features, such as a digital LCD control interface, dual filtration system with HEPA and primary filters, and a UV lamp timing function. These functions not only optimize daily operations but also extend the equipment’s lifespan, making the YR05738 a robust and durable choice for any laboratory or medical facility. Don’t miss the opportunity to enhance your laboratory’s safety and efficiency. Request a quote today via Kalstein Plus and explore how this cabinet can perfectly meet your requirements.

Frequently Asked Questions

• Is it difficult to operate the Laminar Flow Cabinet YR05738? No, the operation is made simple and user-friendly with its intuitive digital LCD control interface, tailored for high-demand work environments.
• How durable is the HEPA filter before replacement is necessary? The lifespan of the HEPA filter depends on usage and environmental conditions but can last several years with proper maintenance while maintaining system efficiency.
• How many people can use the cabinet simultaneously? The cabinet is designed for single-person operation on one side, ideal for individual tasks within laboratories.

Advantages and Disadvantages

Among the numerous advantages of the Laminar Flow Cabinet YR05738 are its sturdy construction, high corrosion resistance, and quiet operation with a noise level of ≤62dB. Its dual filtration system ensures a contaminant-free working environment, crucial for sensitive tasks. However, a potential downside is its limited capacity for collaborative work, as it is meant for single-person use per side, which may not suit environments requiring continuous operator interaction.

Product Usage in the Field

This cabinet is perfect for sectors where sterility and cleanliness are paramount. It is extensively used in pharmaceutical and biotechnology labs, where a controlled environment is critical for handling delicate samples. Additionally, it is invaluable in the electronics and precision machinery industries, where particle-free settings are vital for producing high-quality components. The design provides constant airflow, protecting both operators and products and ensuring accurate, reliable outcomes.

Recommendations

To achieve optimum performance and prolong the life of the Laminar Flow Cabinet YR05738, implement a regular maintenance routine. This includes the periodic inspection and cleaning of HEPA filters and the calibration of the ventilation system to maintain optimal airflow levels. Regularly check the UV lamp timing function to ensure workspace sterilization. Proper maintenance not only extends the equipment’s longevity but also guarantees efficient and safe operations at all times.

Features

• Vertical air supply for optimal sterility
• Class 100 cleanliness grade as per US Federal 209E
• Cold-rolled steel construction for durability
• Brushed SUS304 stainless steel work surface
• Arbitrary positioning sliding door system
• Digital LCD control interface
• Dual filtration with HEPA and primary filters
• UV lamp timing function for sterilization
• Quiet operation at ≤62dB

Technical Specifications