CSLAF- Ceiling suspended Laminar Air Flow
CSLAF –A Ceiling Suspended Laminar Air Flow Unit is laboratory equipment that uses a laminar airflow system to create a clean, sterile environment for handling and manipulating samples. It is similar to a vertical laminar airflow bench, but instead of being a standalone unit, it is suspended from the ceiling, above the work surface. The unit uses a fan and a HEPA filter to create a flow of clean air that is directed down over the work surface, creating a “clean zone” free of particulates and other contaminants. This allows for the handling of sensitive samples, such as cell cultures or microorganisms, without the risk of contamination. Due to its design, it is used when floor space is limited or the user wants to create a clean zone in a larger area.
PIOUS AirShield - Protect Your Environment
Pious AirShield Ceiling suspended laminar airflow systems provide a highly efficient solution for maintaining sterile environments in various settings. With HEPA or ULPA filters mounted within the ceiling, these systems ensure a continuous downward flow of filtered air, effectively removing airborne contaminants and minimizing the risk of cross-contamination. Their space-saving design makes them ideal for environments where floor space is limited, while their customizable features allow for precise control of airflow direction and speed. From surgical theaters to pharmaceutical cleanrooms, ceiling-suspended laminar airflow systems play a crucial role in upholding stringent cleanliness standards and ensuring the safety of personnel and products.
Controlled airflow: The unit provides a controlled and laminar airflow pattern to help prevent contamination of the materials being handled.
Filter system: The unit typically includes a filter system that removes contaminants and particles from the air before it reaches the work area.
Easy maintenance: The unit is designed for easy maintenance, with access to the filter system and other components for cleaning and replacement.
Energy efficient: The unit is designed to be energy efficient, using minimal power to operate and maintain a controlled environment.
Customizable: The unit can be customized to fit specific requirements, including the size of the work area, the type of filter system, and other features.
LED lighting: LED lighting is incorporated into the design of the unit, providing bright and energy-efficient lighting for the work area.
Control panel: A control panel allows for easy operation and control of the unit.
The working principle of a ceiling suspended laminar air flow unit involves creating a controlled and sterile environment for handling sensitive materials. The unit operates by filtering the air in the surrounding environment and then forcing it through a series of filters to remove any contaminants and particles. The filtered air is then directed into the work area in a laminar flow pattern, helping to prevent contamination and promote a sterile environment.
The ceiling-suspended design of the unit allows for a large work area and easy access for maintenance and cleaning. The unit typically includes a filter system, such as HEPA (high-efficiency particulate air) filters, which are designed to remove particles and contaminants from the air.
Customized sizes Available as per requirement |
PVC curtains: PVC curtains can be used to create a barrier between the interior of the unit and the surrounding area, helping to control the flow of air and maintain a sterile environment.
Interlock systems: Interlock systems can be used to prevent operation of the unit unless certain conditions, such as proper door closure, are met.
Alarm systems: Alarm systems can be added to the unit to alert operators of any issues, such as low air flow rate or high temperature.
Gloves ports: Gloves ports can be added to the unit to allow operators to access the work area while wearing gloves, helping to maintain a sterile environment.
Digital Pressure Gauge: The pressure gauge can be integrated into the control panel or monitoring system, and can provide real-time data and alerts to help ensure the unit is operating correctly. This can help prolong the life of the filter and maintain the performance of the unit, ultimately contributing to a safer and more effective working environment.
