Horizontal Laminar Flow Cabinet LT-HLC108

Horizontal Laminar Flow Cabinet LT-HLC108

Labtro Horizontal Laminar Flow Cabinet LT-HLC108 provides a compact open-front clean-air workspace for single-user laboratory procedures. Incoming air passes through the initial-efficiency filter and HEPA filter before entering the work chamber, supporting Class 100 cleanliness across the working zone. Continuous airflow at 0.25 to 0.45 m/s helps limit particulate contamination during sample preparation and component handling. The 900 mm wide SUS304 stainless steel working area provides a corrosion-resistant surface for routine laboratory work. A digital LCD controller provides convenient operation of airflow and cabinet functions. As an open-type model, it provides unrestricted front access for procedures requiring frequent movement of materials.

Catalog

Qty:

$ 3,220.00

Specifications

Cabinet Type Open type
Applicable Personnel Single person
Working Side Single side
Cleanliness Level Class 100
Reference Standard Federal Standard 209E
Colony Count ≤0.5 colony/dish·hour
Average Air Velocity 0.25 to 0.45 m/s
Noise ≤62 dB(A)
Vibration Half-Peak ≤5 µm
Illuminance ≥300 lux
Work Surface SUS304 brushed stainless steel
Outer Shell Cold-rolled steel with electrostatic coating
HEPA Filter 830 × 560 × 50 mm
Initial Filter Provided
Control Interface Digital LCD
Fluorescent Lamp 12 W × 1
UV Lamp 20 W × 1
Maximum Power 490 W
Power Supply AC 220 V, 50 Hz
Internal Dimensions 900 × 510 × 600 mm
External Dimensions 930 × 740 × 1440 mm
Weight 90 kg

Features

  • Open-front configuration
    ↳ Provides direct and convenient access to the clean workspace

    Single-user design
    ↳ Offers a compact clean-air station for routine laboratory procedures

    HEPA + initial filtration
    ↳ Provides staged particulate removal

    0.25–0.45 m/s airflow
    ↳ Maintains continuous clean airflow over the work zone

    SUS304 workbench
    ↳ Supports routine cleaning and corrosion resistance

    Digital LCD interface
    ↳ Provides convenient operational control

Application

  • Electronics Laboratories → Clean assembly of sensitive components

    Optical Laboratories → Handling of dust-sensitive optical parts

    Research Laboratories → Routine contamination-sensitive sample preparation

    Quality Control → Inspection and preparation in a clean-air environment

    Pharmaceutical Laboratories → Appropriate non-hazardous clean preparation

    Academic Laboratories → Clean-air demonstrations and research

Expert Help Desk