LuxMed 1050W Biological Safety Cabinet for Microbiology with Motorized Window and Dual HEPA

• Cabinet Type: Class II Type B2 (100% Total Exhaust)
• Work Surface Material: Premium Stainless Steel 304
• Window Glass: Motorized Two-Layered Toughened Glass (≥ 5 mm thickness)
• Filtration System: Dual H14 HEPA Filters (Supply and Exhaust)
• UV Decontamination: 253.7 nm Wavelength with Intrinsic UV Timing Function
• Spill Collecting Tank Capacity: 4000 ml
• Control System: Digital Microprocessor Control with LCD Display and Remote Control
• Interface & Safety Alerts: Real-time Filter Life Indicator, Audio and Visual Alarms for airflow/sash errors
• Power Supply: 230V / 240V AC, 50Hz / 60Hz Single Phase
• Power Consumption: 1050 Watts (Typical Exhaust Run Mode)
• Airflow Velocity: Inward air flow face velocity of approximately 0.55 m/s

Features

• Advanced Motorized Containment: Equipped with a motorized, two-layered toughened glass front window (≥5mm) and a constant negative air pressure design to ensure uncompromised operator and sample safety.
• Dual HEPA Filtration: Features a high-efficiency dual HEPA filter system that purifies both incoming downflow and outgoing exhaust air, complete with an integrated real-time filter life indicator.
• Smart Remote & Foot Controls: Offers convenient operational flexibility via remote control for sash movement and fan speed, alongside an ergonomic foot switch for hands-free front window height adjustment.
• Integrated Decontamination & Spill Control: Outfitted with a built-in 253.7 nm wavelength UV lamp featuring timing functionality for thorough sterilization, plus a robust 4000 ml liquid collecting tank.
• Comprehensive Audio-Visual Alarms: Provides structural safety alerts including continuous monitoring sensors that trigger both audio and visual alarms for abnormal airflow, front window over-height, and filter replacement conditions.
• Eco-Friendly & Low Noise System: Thoughtfully engineered with an advanced energy-efficient system that reduces utility overhead while maintaining remarkably low operational noise levels.

Applications

• Microbiological Research: Safe handling of pathogens, bacteria, fungi, and infectious materials across various biosafety levels.
• Cell & Tissue Culture: Maintaining a strictly sterile vertical laminar downflow environment for cultivating plant and animal cell lines.
• Clinical & Life Science Research: Processing clinical patient samples, diagnostics, and handling aerosol-generating lab procedures like vortexing or sonication.
• Genetics & Molecular Biology: Conducting precise genetic sequencing, DNA/RNA extractions, and amplification steps free from cross-contamination.
• Pharmaceutical Development: Formulating experimental compounds and managing mixed chemical-biological research involving volatile toxic agents.