3 ft Vertical Laminar Flow Cabinet

Single Vertical Flow Ultra-clean Bench

Vertical Flow Ultra-clean Bench2

Vertical Flow Ultra-clean Bench3

Vertical Flow Ultra-clean Bench4

Reference Price:US$from $300

Short Description:

A 3 ft Vertical Laminar Flow Cabinet is a specialized piece of laboratory equipment designed to provide a clean and controlled environment for various applications, such as microbiological research, pharmaceuticals, and semiconductor manufacturing.

Air Flow: Vertical flow
Available sizes: 3 ft
size: 1000×850×1500
Operating surface: One-sided
Internal height: 2 ft
Cleanbench Air Filter: ULPA Filter
Power Supply Configuration: 115V、20A North America、230V British (UK)、230V India、230V
Applicable area: USA Europe Malaysia Canada Middle East Indonesia
Customs code: 8421399090

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Cleanroom

3 ft Vertical Laminar Flow Cabinet

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Validation
Installation & Validation

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Choose your upgrade options

1 x 6x3m Trunking for CR6
1 x 6x3m Flooring Kit for CR6
1 x S/S Step Over Bench Open One side (400x400x 800mm) - 6C
1 x Stainless Steel Waste Bin - Freestanding Ring
1 x S/S Table: No Shelf - No Upstand 1200X600mm
1 x Bimos Labsit 2 with castors - Blue

Quantity:

Summary

Cleanroom

3 ft Vertical Laminar Flow Cabinet

Choose your installation & validation options below

Validation

Installation & Validation

Choose your upgrade options

1 x 6x3m Trunking for CR6

1 x 6x3m Flooring Kit for CR6

1 x S/S Step Over Bench Open One side (400x400x 800mm) - 6C

1 x Stainless Steel Waste Bin - Freestanding Ring

1 x S/S Table: No Shelf - No Upstand 1200X600mm

1 x Bimos Labsit 2 with castors - Blue

Send email to us Download as PDF

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Detail
Features
ProductPrinciple
Accessories

Product Briefing

laminar flow hoods Product Poster .jpg

Applications

Microbiology: Ideal for working with cultures, cell lines, and other sensitive biological materials.
Pharmaceuticals: Used in the preparation and compounding of sterile medications.
Electronics: Suitable for assembling and handling sensitive electronic components that may be susceptible to dust or static.
Research: Provides a clean environment for various scientific experiments and procedures.

Models

Vertical Laminar Flow Clean Bench
Model	GDC-SPT-01	GDC-SPT-02	GDC-SPT-03
	3 ft	4ft	5ft
External size W×D×H(mm)	1000×850×1500	1200×850×1500	1500×850×1500
Internal Size W×D×H(mm)	960×600×600	1160×600×600	1460×600×600
HEPA Filter(mm)	905×585×69×1 Pcs	1105×585×69×1 Pcs	1405×585×69×1 Pcs
HEPA Filter Efficiency	99.95%@0.3μm	99.95%@0.3μm	99.95%@0.3μm
G4 Pre Filter(mm)	500×375×21×1 Pcs	500×375×21×1 Pcs	745×375×21×1 Pcs
Noise	52～62dB（A）	52～62dB（A）	52～62dB（A）
Fan Pressure	260pa	260pa	260pa
Fan Power (W)	200W×1 Pcs	200W×1 Pcs	200W×1 Pcs
LED Lamp Power(W)	12W×1 Pcs	18W×1 Pcs	30W×1 Pcs
Air Velocity(m/s)	0.45m/s±20%
Clean Level	ISO 5
Supply Power	AC 1N 220V/50Hz
Control System	4.3"touch screen,3 stage regulation,light,sterilization

Vertical Laminar Flow Clean Bench
Model	GDC-SPT-01	GDC-SPT-02	GDC-SPT-03
	3 ft	4ft	5ft
External size W×D×H(mm)	1000×850×1500	1200×850×1500	1500×850×1500
Internal Size W×D×H(mm)	960×600×600	1160×600×600	1460×600×600
HEPA Filter(mm)	905×585×69×1 Pcs	1105×585×69×1 Pcs	1405×585×69×1 Pcs
HEPA Filter Efficiency	99.95%@0.3μm	99.95%@0.3μm	99.95%@0.3μm
G4 Pre Filter(mm)	500×375×21×1 Pcs	500×375×21×1 Pcs	745×375×21×1 Pcs
Noise	52～62dB（A）	52～62dB（A）	52～62dB（A）
Fan Pressure	260pa	260pa	260pa
Fan Power (W)	200W×1 Pcs	200W×1 Pcs	200W×1 Pcs
LED Lamp Power(W)	12W×1 Pcs	18W×1 Pcs	30W×1 Pcs
Air Velocity(m/s)	0.45m/s±20%
Clean Level	ISO 5
Supply Power	AC 1N 220V/50Hz
Control System	4.3"touch screen,3 stage regulation,light,sterilization

Features

	High-Quality Construction Stainless steel worktop Spill-retaining design will ensure containment of accidental liquid spills
	Quiet Operation Comfortable low noise at 52 dBA Reduce fatigue and improve work concentration
	ULPA Filter 10x Filtration efficiency of HEPA filter Creates ISO Class 3 work zone instead of industry-standard ISO Class 5
	Energy-efficient Powered by latest generation DC ECM blower, that is more efficient than legacy ECM and VFD motors 70% Energy savings compared to AC motor Stable airflow, despite building voltage fluctuations & filter loading
	GDC™ Antimicrobial Powder Coating Eliminates 99.9% of surface bacteria within 24 hours of exposure

Principle

Air Intake: Ambient air is drawn into the cabinet through an intake grille.
Filtration: The air passes through a HEPA filter, removing 99.97% of particles ≥0.3 microns.
Laminar Airflow: Filtered air is directed vertically downward in a smooth, uninterrupted flow.
Clean Workspace: The downward airflow creates a contamination-free zone, protecting the work area and materials.
User Safety: The design minimizes exposure to airborne contaminants, enhancing operator safety.
Maintained Pressure: The cabinet maintains a slight negative pressure to prevent external contaminants from entering.
Consistent Environment: Provides a stable and sterile environment for sensitive applications.

Ultra-clean bench working principle.jpg

Accessories

Stainless Steel Orifice Tabletop
ULPA Ultra GX Filter
UV Germicidal Lamps
De-static equipment
Support Stand with Caster Wheels

FAQ

1. What is a vertical laminar flow cabinet?

A vertical laminar flow cabinet is a type of clean bench designed to create a contamination-free environment by directing a stream of filtered air vertically downwards onto the work surface. It is commonly used in laboratories to protect samples from contamination.

2. How does a vertical flow cleanbench work?

A vertical flow cleanbench works by drawing air through a HEPA filter, which removes particles and contaminants. The filtered air is then directed vertically over the work surface, creating a sterile environment. This ensures that any particles generated during work are immediately swept away from the work area.

3. What are the benefits of using a vertical laminar flow cabinet?

Using a vertical laminar flow cabinet offers several benefits:

Provides a sterile working environment.
Reduces the risk of contamination.
Enhances product quality and safety.

4. What industries use vertical laminar flow cleanbenches?

Vertical laminar flow cleanbenches are used in various industries, including:

Pharmaceuticals
Biotechnology
Electronics manufacturing

5. How to maintain a vertical laminar flow cabinet?

Maintaining a vertical laminar flow cabinet involves regular cleaning of the work surface and surrounding areas, replacing HEPA filters as needed, and performing routine checks to ensure proper airflow and filter integrity. Proper maintenance ensures continued performance and extends the life of the cabinet.

6. What is the difference between vertical and horizontal laminar flow cabinets?

The primary difference between vertical and horizontal laminar flow cabinets lies in the direction of airflow. In vertical cabinets, air flows downward from the top, while in horizontal cabinets, air flows from the back of the cabinet towards the user. This difference impacts the type of work each cabinet is best suited for.

7. How to install a vertical flow cleanbench?

Installing a vertical flow cleanbench involves the following steps:

Select a clean, level area with minimal airflow disturbances.
Ensure proper electrical connections.
Position the cleanbench and secure it if necessary.

8. What are the components of a vertical laminar flow cabinet?

A vertical laminar flow cabinet typically consists of:

HEPA filters
Blower fans
Pre-filters
Work surface

9. How to choose a vertical flow cleanbench?

When choosing a vertical flow cleanbench, consider the following factors:

Size and dimensions.
Airflow specifications and HEPA filter efficiency.
Compliance with industry standards.

10. What is the principle of laminar flow in cleanbenches?

The principle of laminar flow in cleanbenches involves the creation of a unidirectional airflow that moves at a uniform velocity. This airflow pattern minimizes turbulence and carries away particles, ensuring a clean working environment by preventing contaminants from settling on the work surface.

11. How often should a vertical laminar flow cabinet be serviced?

A vertical laminar flow cabinet should be serviced regularly, typically every 6 to 12 months, depending on usage and environmental conditions. Regular servicing includes checking and replacing filters, verifying airflow, and ensuring all components are functioning correctly.

12. What is the cost of a vertical flow cleanbench?

The cost of a vertical flow cleanbench can vary widely based on size, features, and brand. Generally, prices range from $2,000 to $10,000 or more. It's important to consider long-term maintenance and filter replacement costs when budgeting.

13. How to test the efficiency of a vertical laminar flow cabinet?

Testing the efficiency of a vertical laminar flow cabinet involves:

Performing airflow velocity measurements.
Conducting particle count tests.
Using smoke tests to visualize airflow patterns.

14. What are the applications of vertical laminar flow cabinets in laboratories?

Vertical laminar flow cabinets are used in laboratories for:

Sterile sample preparation.
Microbiological research.
Pharmaceutical compounding.

15. How to clean a vertical flow cleanbench?

To clean a vertical flow cleanbench, follow these steps:

Turn off the airflow and unplug the unit.
Use a lint-free cloth and appropriate disinfectant to wipe down surfaces.
Clean the work surface and interior walls thoroughly.

16. What are the safety features of a vertical laminar flow cabinet?

Safety features of a vertical laminar flow cabinet include:

HEPA or ULPA filters to trap contaminants.
Airflow alarms to monitor and alert on airflow disruptions.
UV lights for additional sterilization.

17. How does a vertical flow cleanbench ensure contamination control?

A vertical flow cleanbench ensures contamination control by maintaining a continuous, unidirectional airflow that carries particles away from the work area. The HEPA filter removes airborne contaminants, ensuring that only clean air reaches the work surface.

18. What is the lifespan of a vertical laminar flow cabinet filter?

The lifespan of a vertical laminar flow cabinet filter typically ranges from 1 to 3 years, depending on usage conditions and the level of contamination in the environment. Regular monitoring and timely replacement are crucial for maintaining optimal performance.