Stainless Steel Laminar Flow Cabinet

Manufactured from 316 Grade Stainless Steel, our Laminar Flow Cabinets create an ISO Class 4 sterile working environment, protecting sensitive processes using laminar flow air.

Designed to meet the exacting demands of modern laboratories and research facilities, our Stainless Steel Laminar Flow Cabinets are produced with both horizontal and vertical airflow to offer unparalleled performance, reliability, and protection for your valuable experiments and processes.

316 STAINLESS STEEL MANUFACTURE

Stainless Steel Chamber Construction guarantees high chemical resistance and no corrosion.

CREATING CLEAN ENVIRONMENTS

ULPA filters, 99.997% efficient at 0.12um offer Advanced Protection and an ISO Class 4 Clean Environment.

GUARANTEED SAMPLE PROTECTION

Laminar air flow to ISO 4 prevents contamination inside the work space.

TAILORED TO YOUR APPLICATION

Standard and Custom units to suit your requirements and application.

Our range of Stainless Steel Laminar Flow Cabinets are self-contained laboratory workstations and create an ultra-clean environment, ensuring your sensitive samples and equipment remain free from particulate and microbial contamination.

Crafted from premium-grade 316 stainless steel, our laminar flow cabinet boasts exceptional durability, making it resistant to corrosion and easy to clean, ensuring a long-lasting investment.

Suitable for a wide range of applications, including microbiology, cell culture, pharmaceutical research and electronics assembly the workstations are equipped with high-efficiency particulate air (HEPA) or ultra-low penetration air (ULPA) filters to guarantee a consistent supply of filtered air.

Our laminar flow cabinet is engineered to be energy and sound efficient, reducing operating costs while maintaining optimal performance and ensuring a comfortable working environment.

HOW DOES A LAMINAR FLOW CABINET WORK?

A vertical or horizontal, ULPA-filtered laminar airflow cascades unidirectionally continually flushing the enclosure of airborne particles and ensuring the working sample is protected from contamination. A constant positive air pressure is maintained to prevent the intrusion of any contaminated air by continually flushing the enclosure of airborne particles and ensuring the working sample is protected.

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Model	VLFT1000	VLFT1200	VLFT1500	VLFT1800	VFL650
External Dims (W x D x H)	1000mm x 663mm x 1267mm	1200mm x 663mm x 1267mm	1500mm x 663mm x 1267mm	1800mm x 663mm x 1267mm	671mm x 506mm x 1086mm
Working Area (W x D x H)	984mm x 648mm x 695mm	1184mm x 648mm x 695mm	1484mm x 648mm x 695mm	1784mm x 648mm x 695mm	607mm x 402mm x 708mm
Air Cleanliness	>ISO Class 4 (Class 10)
Sound	<66dB	<61dB	<51dB	<51dB	<55db(A)
Airflow	850m³/hr	1050m³/hr	1325m³/hr	1600m³/hr
Air Speed	>0.4m/sec
Power	65W	70W	80W	90W	92W
Weight	51kg	105kg	119kg	130kg	34kg

Model	HLFT1000	HLFT1200	HLFT1500	HLFT1800
External Dims (W x D x H)	1000mm x 721mm x 1195mm	1200mm x 721mm x 1195mm	1500mm x 721mm x 1195mm	1800mm x 721mm x 1195mm
Working Area (W x D x H)	984mm x 540mm x 715mm	1184mm x 540mm x 715mm	1484mm x 540mm x 715mm	1784mm x 540mm x 715mm
Air Cleanliness	>ISO Class 4 (Class 10)
Power	<50dB	<61dB	<64dB	<54dB
Airflow	950m³/hr	1175m³/hr	1325m³/hr	1600m³/hr
Air Speed	>0.4m/sec
Power	65W	138W	207W	230W
Weight	51kg	105kg	119kg	130kg

Monmouth Scientific’s Laminar Flow Cabinets are trusted by scientists and engineers around the world, working in cell culture, pharmaceutical, manufacturing and electronic applications.

	Cabinet Specifications 316-grade stainless steel Construction and Work Surface. Brushed or Mirror Finishes Available
	UV Chamber Sterilisation Pre-programmed Start and Finish ensures efficient and complete sterilisation.
	High-Quality Filters High-quality ULPA filters and EV4 pre filters are 99.997% efficient at 0.12 microns, creating an ISO Class 4 Clean Environment.
	Touchscreen Control Interface The Visionaire^® technology built into our Laminar Flow Cabinets allows the highest level of operator monitoring, giving you the ability to control every necessary aspect of product operation.