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Operation Theatre Laminar Flow Systems

Name: Operation Theatre Laminar Flow Systems
Brand: ASK GROUP
Price: 5400 INR
Availability: InStock

Price 5400 INR/ Unit

Get a Price/Quote

MOQ : 01 Unit

Operation Theatre Laminar Flow Systems Specification

Dimension (L*W*H)
3600 mm x 2400 mm x 2400 mm (Customized Available)

Condition
New

Nozzle
Steel

Type
Ceiling Suspended/Wall Mounted

Voltage
220-240 V AC, 50 Hz

Application
Operation Theatre / Hospital

Feature
High Quality

Weight
450 kg approx.

Filter Type
HEPA Filter

Air Flow
Vertical/Horizontal Laminar Flow, 90-120 FPM

Power Consumption
1.5 kW to 2.2 kW

Air Volume
3000-5000 m3/hr

Floor
ESD Vinyl / Antistatic Epoxy

Frame Material
Aluminum / MS Powder Coated

Material
Stainless steel

Filters
Pre-Filter, Fine Filter, HEPA Filter (99.97% at 0.3 micron)

Door
Automatic Sliding/Manual Hinged

Lighting
LED/Built-in Cleanroom Light Fittings

Thickness
1.2 mm to 2 mm

Usage
Critical Surgical Procedures/Aseptic Processing

Sterilization
UV Light, Air Shower Compatible

Noise Level
60 dB(A)

Velocity
0.45 m/s 20%

Installation Type
Modular Prefabricated

Cleanliness Level
Class 100/ISO 5

Maintenance
Easy to Clean & Service

Control Panel
Microprocessor based Touch Panel

Operation Theatre Laminar Flow Systems Trade Information

Minimum Order Quantity
01 Unit

Payment Terms
Cash Advance (CA)

Supply Ability
100 Units Per Month

Delivery Time
10 Days

Main Domestic Market
South India

About Operation Theatre Laminar Flow Systems

Operation Theatre Laminar Flow Systems are advanced ventilation setups designed to minimize airborne contaminants in surgical environments. They deliver ultra-clean, HEPA-filtered air in a uniform, unidirectional (typically vertical) flow from ceiling-mounted diffusers over the operating table, creating an ISO 5 sterile zone. This positive-pressure system pushes particles downward and outward, reducing bacteria, viruses, and dust that could cause surgical site infections (SSIs).

Exceptional Air Purity and Safety

Maintain the highest standard of sterility with Class 100/ISO 5 laminar flow, HEPA filtration, and UV light sterilization. The system's design prevents airborne contamination, making it ideal for critical surgical and aseptic activities. Its construction ensures reliable, low-noise operation at just 60 dB(A), creating a safe and focused work environment.

Modular Installation, Simple Maintenance

With its modular, prefabricated build, the laminar flow system can be seamlessly installed or retrofitted into existing operation theatres. The use of stainless steel and powder-coated aluminum or MS ensures easy cleaning and minimal maintenance. Both wall-mounted and ceiling-suspended options are available, accommodating diverse surgical settings.

Smart Control for Precise Operation

The microprocessor-based touch control panel allows straightforward operation and system monitoring. Features such as real-time filter status, airflow velocity regulation (0.45 m/s 20%), and integrated LED lighting ensure both safety and efficiency. Automatic sliding or manual hinged doors and ESD flooring options add to workflow convenience and sterility.

FAQ's of Operation Theatre Laminar Flow Systems:

Q: How does the laminar flow system achieve and maintain Class 100/ISO 5 cleanliness in the operation theatre?

A: The system uses a multi-stage filtration process (pre-filter, fine filter, and HEPA filter) to remove 99.97% of airborne particles as small as 0.3 microns. The vertical or horizontal laminar airflow design continuously flushes out contaminants, while integrated UV sterilization further disinfects the air, ensuring Class 100/ISO 5 standards are consistently achieved.

Q: What is the process for installing this modular laminar flow system in a hospital operation theatre?

A: The modular and prefabricated design enables swift and efficient installation either as a ceiling-suspended or wall-mounted unit. Customization of dimensions allows the system to fit various operation theatre layouts. Professional teams handle all aspects-from delivery to integration with existing infrastructures, ensuring compliance with hospital protocols.

Q: Where is this laminar flow system commonly used, and what are its primary applications?

A: This system is typically installed in hospital operation theatres and other critical medical environments requiring aseptic processing. Its primary role is to provide a sterile workspace during surgeries or procedures where contamination control is paramount, significantly reducing infection risk.

Q: How is maintenance performed and what makes it easy to clean and service this system?

A: The high-quality stainless steel construction and smooth surfaces are designed for easy cleaning with standard medical-grade disinfectants. Access panels and systematic component layout allow for hassle-free filter changes, UV lamp inspections, and general servicing, ensuring minimal downtime for the facility.

Q: What benefits does a microprocessor-based touch control panel provide to users?

A: The touch panel offers intuitive navigation, real-time monitoring of airflow velocity, filter life, and system status. Programmable settings allow healthcare staff to operate the system efficiently, adjust parameters quickly, and receive alerts for maintenance, enhancing safety and workflow productivity.

Q: When should the filters be replaced and what factors influence their lifespan?

A: Filter replacement frequency depends on the usage intensity and the cleanliness of incoming air. Typically, pre-filters require more frequent changes than HEPA filters. The control panel tracks filter status and provides notifications when replacement is due, ensuring continuously optimal performance.

Q: What are the key advantages of choosing a modular laminar flow system for a new or existing operation theatre?

A: Modular laminar flow systems deliver flexibility, rapid deployment, and scalability. Their prefabricated components allow for fast installation, while customization ensures compatibility with diverse spaces. The combination of robust filtration, easy maintenance, and reliable sterilization enhances patient safety and operational efficiency.

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