■ Material: SUS 304/316L stainless steel
■ Cleanliness Class: Class A
■ Noise: 65~75 dB
■ Filter Module: Panel filter, Gel HEPA filter
■ Power Supply: 220V, 50Hz
■ Certification: ISO 9001:2015, ISO 45001:2018
LENGE Laminar Air Flow Units with adjustable fan speed complete with gel seal HEPA are a series of high efficiency products designed to protect equipment and other contents of the work zone from particulates to meet class A cleanliness requirements.
Characteristics & Features:
Provides HEPA filtered airflow through the work area that protects the product from airborne contamination and provides a sferile environment , minimizing cross contamination.
Build-in LED light.
Differential pressure gauge monitors filter pressure drop.
Movable uniform membrane, wind speed will be uniformly distributed.
Technical Specifications & Parameters:
|Material||SUS 304/316L stainless steel|
|Filter Module||Panel filter, Gel HEPA filter|
|Core Part||Air Blower|
|Rated Air Velocity (m/s)||0.45±20%|
|Cleanliness Class||Class A|
|Working Area||Sterile core area|
|Control Mode||Control panel, touch screen, remote control+conrol panel|
|Lighting||Built-in LED light|
|Air Return Type||Side air return, ceiling air return|
|Mounting Type||Ceiling type, stand type|
|Power Supply||220V, 50Hz|
Note: The specifications listed in above table are only for customer’s reference. It is mostly designed and manufactured according to customer’s URS.
|Model No.||Outer Size|
|Gross Weight (KG)|
Note: The above dimensions are our standard, any changes will be based on the actual customer's requirements.
Economical laminar flow cabinet with clean, simple, low-maintenance design is a work bench with class 100 environment can be used in assembly, testing and inspection procedures that require a continuous flow of ultra clean air.
Provide a sterile positive pressure environment for the compounding of non-hazardous drugs.
Integrated fan filter module with low noise & energy efficient fan.
Product Outline Design:
Part of Case Show:
Verification on Site:
Test the flow pattern of the laminar airflow system.