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Horizontal Laminar Flow Cabinet LZ-HLF-B130

Name: Horizontal Laminar Flow Cabinet LZ-HLF-B130
Brand: Labozon
SKU: LZ-HLF-B130
Availability: InStock
Rating: 4.0 (887 reviews)

Horizontal Laminar Flow Cabinet LZ-HLF-B130 used in medicine, pharmacy, and biological, chemical experiment, operating room, foodstuff, drinks, and cosmetic, stock rising and aviation works. The horizontal intense clean bench is a general-purpose workbench, with clean air flow flows from the top to the bottom in the vertical direction. Accommodates maximum no. of colony rate: ≤0.5per utensil hour (90mm utensil) and air velocity 0.25-0.45m/s. features with HEPA Filter, UV lamp, sliding glass door, ventilating slot, color plate, and LED source.

Horizontal Laminar Flow Cabinet LZ-HLF-B130 - Specifications

Type	Single-Horizontal
Cleanliness	Grade 100
Velocity	0.25-0.45m/s
Material	304 Stainless steel
No. of colony	≤0.5per utensil.hour(90mm utensil)
Noise	≤62dB
Illumination	≥300LX
Light	LED
HEPA filter No. and Size	695x600x38 mm x1
Power Consumption	400 W
Certification	ISO 9001
Working Area	700x650x620mm
Overall Dimension	880x770x1800 mm
Weight	150 kg
Electrical Requirement	AC220 V/50Hz

Horizontal Laminar Flow Cabinet LZ-HLF-B130 - Key Features

Instrument designed with powerful, low-energy fan and filter modules deliver a back-to-front laminar flow with aids of HEPA filter air across the work surface
Furnished with ISO-9001 and grade 100 work zone
Suitable for important operations in the medical, biotech, pharmaceuticals, electronics and semiconductor industries
Built-in illuminator provides diffused lighting without interfering with laminar flow with value range up to: ≥ 300 Lx
This advanced flow cabinet operate with a LED panel
Novel structures that maintains outstanding performance with low noise at ≤62 dB(A)
Inner surfaces, including the side panels and work surface, are made of 304-stainless steel Come with Single, and double single-horizontal operation mode
Bench board are made up of stainless steel and tempered glass side-boar; slim filter without division-plate
Horizontal laminar flow with open bench board
Digital display with curved arc designed and large open area