Vertical Laminar Flow Cabinet LVAC-T2010

Introduction

Vertical is a high-performance one-sided workbench with an external dimension of 1300 × 750 × 2040 mm for a compact, sterile workspace. It features universal casters with leveling feet, ensuring easy mobility and stable positioning. Equipped with customizable purification stages based on moisture or contamination levels. Our Vertical Laminar Flow Cabinet offers a filter for a clean, sterile environment.

This laminar flow cabinets is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Vertical Laminar Flow Cabinet is used in laboratories, pharmaceutical industries, and research facilities for sterile, contamination-free work. It is ideal for microbiology, electronics, medical applications, and other precision-based tasks requiring a controlled clean environment.

Specifications

External Dimension (L×W×H)	1300 × 750 × 2040 mm
Internal Dimension (L×W×H)	1200 × 645 × 610 mm
Working Surface Height	750 mm
Display
Airflow Velocity	0.3 to 0.5 m/s
Material Main Body	Cold rolled steel with anti- bacteria power coating
Material Work Table	304 stainless steel
Side and Front Windows	5 mm toughened glass, anti UV
Pre- filter	Polyester fiber, washable
Filter	99.999% efficiency at 0.3 µm
Noise	< 65 dB
Front Window	Motorized
Max Opening	430 mm
Packaging Dimensions (L×W×H)	1460 × 1070 × 1650mm
Power Consumption	400 W
Power Supply	AC 220V ±10%, 50/60 Hz, 110V±10%, 60Hz
Gross Weight	228 Kg

Features

Enhanced contamination control

Low-vibration operation

Motorized front window

Energy-efficient power consumption

Uniform air distribution

FAQs

1. Does the Vertical Laminar Flow Cabinet include an elapsed time meter for monitoring filter life?

Yes, the Vertical Laminar Flow Cabinet is available with an elapsed time meter that helps track the total usage hours of the filter. This ensures timely replacement and prevents contamination risks due to filter wear. By monitoring filter life, it supports preventive maintenance and enhances operational reliability. It also helps laboratories maintain compliance with quality and safety standards.

2. Is a micromesh membrane provided on the downstream side of the filter in this model?

Yes, the Vertical Laminar Flow Cabinet features a micromesh membrane located on the downstream side of the filter. This addition ensures uniform airflow distribution and minimizes turbulence in the work area. It also protects the filter media from damage, extending its service life. The membrane contributes to maintaining stable and contamination-free conditions during critical applications.

3. Does the Vertical Laminar Flow Cabinet come with a unique X/Y sliding sash window?

Yes, the Vertical Laminar Flow Cabinet is designed with a unique X/Y sliding sash window for flexible access. This feature allows smooth horizontal and vertical movement, enabling comfortable handling of samples. The design reduces air disturbance while maintaining laminar flow protection. It also improves user safety and efficiency during laboratory operations.

4. How does the Vertical Laminar Flow Cabinet maintain a contamination-free workspace?

The Vertical Laminar Flow Cabinet utilizes a vertical laminar airflow system that directs -filtered air uniformly over the work surface. This prevents airborne particles from entering the sterile zone. The design ensures consistent protection for both samples and equipment. By maintaining -class cleanliness, it is highly effective for sensitive laboratory applications.

5. What type of applications is this Vertical Laminar Flow Cabinet best suited for?

The Vertical Laminar Flow Cabinet is ideal for microbiological, pharmaceutical, and electronic research applications that require particle-free conditions. It is commonly used for tissue culture, media preparation, and sterile testing. The cabinet provides a controlled environment where critical samples can be handled safely. Its versatility makes it a reliable choice across multiple laboratory fields.