Benchtop Vertical Laminar Flow Cabinet

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Model : LCB-V800

Pre-Filter : 1pcs, Polyester fiber, washable
Collection Efficiency : 0.3um particle ≥ 99.995%

HEPA Filter : 1 pcs, Efficiency: > 99.995% at particle size of 0.3μm

Wind Speed Range : 0.2-0.5 (m/s), Speed adjustable
Internal Size (WxDxH)mm : 610x590x625mm

Scitek’s vertical laminar flow cabinet uses advanced HEPA filters to ensure a sterile environment in the work area.

You can later choose whether you want a quote, or if you place a firm order.

Product Description

Vertical laminar flow cabinet provides sample protection as purified air travels across the working zone of the cabinet in a vertical, unidirectional stream and leaves the main work chamber across the entire open front of the cabinet. It creates a vertical downward flow of sterile air in the work area for any experiment that requires aseptic processing. With our attention to detail and dedication to automating clean operations, the laminar flow cabinet is suitable for use in a variety of laboratories and industries, providing superior cleanliness in life sciences, medical, electronics manufacturing, and other areas. Benchtop vertical laminar flow cabinet is flexible enough to be placed on a laboratory benchtop, making it ideal for situations where a small work area is required.

Laminar Flow Cabinet Features:

HEPA filter with efficiency: 99.995% at 0.3um.
LCD display, microprocessor control system.
Air speed adjustable, HEPA filter and sterilization lamp replacement reminder function.
Pre-filter is polyester fiber, washable and anti-oxidation.
UV sterilization system.
With memory function in case of power-failure.
Interlock function: UV lamp only can be switched on when the front window is closed, ensuring operator safety.
UV timer: When the setting time expires, the UV lamp automatically switches off in preparation for the next experiment.

Laminar Flow Cabinet Specifications:

Model		LCB-V800
External Size (WxDxH)(mm)		710x680x1050 (Without Base Stand) 710x680x1680 (With Base Stand)
Internal Size (WxDxH)(mm)		610x590x625
Work Surface Height		750mm
Control System	Display	Microprocessor controller with LCD display, display the operating status of each function
	Interlock	Front sliding sash interlock with fan and UV lamp
	Life Indicator	HEPA filter and UV life indicators facilitate a timely replacement plan
Airflow System	Airflow Velocity	0.2~0.5m/s, Speed adjustable
Air filtration System	Pre-Filter	1pcs, Polyester fiber, washable
	HEPA Filter	1 pcs, Efficiency: > 99.995% at particle size of 0.3μm
	Cleanliness Grade	ISO Class 5 (formerly Class 100)
	Partial air circulation	Perforations at the back wall of the work zone which are designed to eliminate air turbulence and the possibility of dead air corners in the work zone.
Cabinet Construction	Main Body	Electro-Galvanized steel with antimicrobial powder coating
	Work Surface	304 Stainless steel, an angled front, rounded work surface front edge
	Front Window	Manual sliding sash: 5 mm UV resistant tempered glass with counter-balance system and ergonomic handle
	Side window	5 mm UV resistant tempered glass
Electrical System	UV Lamp	8W×1
	UV Lamp	With timing function from 0 to 999 minutes Interlock with front sliding sash. Emission of 253.7 nanometers for best sterilization effect.
	LED Lamp	8W×1
	Consumption	160W (Not include socket loading power consumption)
	Power Supply	AC220V±10%, 50/60HZ; 110V±10%, 60Hz
Illumination		≥500Lux
Sound Emission		≤62dB(A)
Standard Accessory		1. LED Lamp×1; 2. UV Lamp×1; 3. Waterproof Socket×1
Optional Accessory		1. Base stand; 2. Gas Tap
Net Weight		80kg (Without base stand), 130kg (With base stand)
Gross Weight		115kg (Without base stand), 165kg (With base stand)
Shipping Size (W×D×H)(mm)		920x855x1190
Shipping Volume		0.94m³

Air Science Laminar Flow Cabinet Applications:

Air science laminar flow cabinets find application in a variety of environments where aseptic and controlled environments are essential. These cabinets are designed to provide a clean workspace and ensure laminar, unidirectional air flow.

Small Hospitals: Used in pharmacies to dispense sterile medications, especially those that require a clean environment.
Clinical laboratories: For handling sensitive samples and performing microbiological tests.
Pharmaceutical industry: Equipment to maintain aseptic conditions during the production of pharmaceuticals.
Electronics industry: Assembly and testing of sensitive electronic components in a clean environment. Or for the manufacture of semiconductors and other electronic devices.