LuxMed 220V Vertical Laminar Air Flow Cabinet SS 304 HEPA Clean Bench Digital Control Panel LM-LAFV

• Air Cleanliness Standard: Class 100 / ISO Class 5 compliant
• Filtration Efficiency: H14 HEPA filter with 99.99% efficiency at 0.3 μm
• Pre-Filter Material: Washable polyester fiber synthetic mesh
• Power Consumption: 350 Watts
• Power Supply: 220V–240V AC, 50/60 Hz (Single Phase)
• Airflow Velocity: Adjustable between 0.3 m/s to 0.5 m/s
• Chamber Workspace Material: Premium High-Grade Stainless Steel 304
• Exterior Body Finish: Antibacterial powder-coated cold-rolled steel
• Illumination Setup: ≥350 Lux LED/Fluorescent Lamp paired with a 20W UV Germicidal Lamp
• Acoustic Noise Level: Low-vibration operations peaking under 63 dB(A)
• Weight: 116.00 Kilograms (Gross system weight varies by exact volumetric sub-model size)

Features

• Premium SS 304 Construction: High-grade, non-corrosive stainless steel interior work surface ensures structural longevity and rapid chemical sterilization.
• Vertical Downflow Distribution: Directs a uniform curtain of HEPA-filtered air downward over the workspace, protecting samples from operator and environmental exposure.
• Advanced Dual-Stage Filtration: Includes a washable polyester fiber pre-filter for capturing large debris and an ultra-efficient H14 HEPA filter for micro-particulates.
• Digital Microprocessor Controller: Intuitive integrated interface featuring easy-touch switches to manage the blower speed, timer settings, and lighting.
• Built-in UV Decontamination: Equipped with a shortwave UV germicidal lamp to thoroughly sterilize the chamber interior between active working shifts.
• Anti-UV Toughened Glass Sash: Front sliding manual window limits external draft interference while shielding the operator from ambient UV rays.

Applications

• Microbiology & Cell Culture: Preventing viral, fungal, or bacterial contamination during cell lines inoculations and media pouring.
• Pharmaceutical Compounding: Safeguarding critical non-hazardous intravenous admixtures and clinical drug preparations.
• Plant Tissue Culture: Creating clean growth spaces for delicate botanical explant dissections and media micropropagation.
• Biotechnology & Life Sciences: Preserving precision integrity for DNA amplification setups and genetic research sample handling.
• Electronics & Optics Assembly: Protecting sensitive semiconductors, microchips, and laser optical elements from ambient dust settlement.