Vertical Laminar Flow Cabinet Labo401VLFC

Overview

Vertical Laminar Flow Cabinet Labo401VLFC protects samples and operators with HEPA-filtered clean air on three glass-viewed sides. Its 304 stainless steel worktop sits behind 5mm tempered glass sliding doors, with an LCD panel controlling lighting, UV disinfection, and fan speed in one place. The H14 HEPA filter reaches ≥99.997% efficiency at 0.3μm, drawing air at up to 600m³/h through a 138W centrifugal fan. Built-in UV and LED lamps handle decontamination and visibility without extra equipment.

Specifications:

External Dimensions	800 x 750 x 1750 mm
Internal Dimensions	780 x 630 x 600 mm
Airflow Direction	Vertical Downward Laminar Flow
Cleanliness Class	ISO Class 5 / Class 100
Vertical Air Velocity	0.3 to 0.5 m/s, adjustable
Air Handling Capacity	>600 m³/h
Airflow Adjustment	3-level adjustable airflow
Fan Type	Low-noise Centrifugal Fan
Fan Power	138 W
Primary Filtration	Pre-filter
Main Filter	H14 HEPA Filter
HEPA Filtration Efficiency	≥99.997% at 0.3 µm configuration
Control System	Digital control system
Display	LCD Digital Panel
Fan Speed Control	Adjustable
UV Timing Function	Yes
UV Wavelength	253.7 nm
UV Lamp	1 pc
LED Lamp	10 W × 1
Illumination	≥300 lux
Noise Level	≤62 dB(A)
Cabinet Material	1.0 mm cold-rolled steel
Work Surface	Acid- and alkali-resistant epoxy resin electrostatic coating
Working Zone Material	304 stainless steel
Front Window	5 mm Tempered Glass
Power Socket	Built-in waterproof socket
Power Supply	AC 220 V, 50 Hz
Packing Dimensions	930 x 1080 x 1090 mm
Gross Weight	100 kg

Features:

- H14 HEPA Filtration: Delivers ≥99.997% efficiency
- Provides an adjustable downward velocity
- ISO Class 5 Clean Zone
- Corrosion resistant stainless steel work surface
- Adjustable working heights and unobstructed visibility
- Low noise centrifugal fan
- Programmatic, timed germicidal cycles
- UV/Sash Safety Interlock

Applications:

Used widely in medical research laboratories, hospitals, manufacturing facilities, other research and production environments, chemical experiments, etc.

525 Randall Ave Ste 100 Cheyenne, WY 82001, USA
Email: info@labonics.com | Website: www.labonics.com