Air Monitoring by settle plate technique

Name: Air Monitoring by settle plate technique
Brand: ELSHADDAI ARADHNA GROUP INNOVATIVE BUSINESS SOLUTIONS

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MOQ : 1 Unit

Air Monitoring by settle plate technique Specification

Material
Sterile disposable petri dishes (usually polystyrene or glass)

Interface
Manual placement and retrieval

Driven Type
Manual

Display
No digital display, results obtained by visual microbial colony counting

Size
90 mm or 100 mm diameter plates

Temperature
Storage and incubation at 20C to 37C (as per microbial test protocol) Celsius (oC)

Usage & Applications
Microbial air monitoring in pharmaceutical, hospital, cleanroom, food & beverage, and laboratory environments

Weight
10-20 Grams (g)

Plate Depth
Approximately 15 mm

Compliance
Follows ISO 14698-1, USP <797>, EU GMP and relevant regulatory guidelines

Incubation Time
18 to 72 hours depending on analysis

Shelf Life
Up to 12 months for unopened sterile plates

Color
Clear or semi-transparent plate for easy visualization

Sampling Method
Passive sedimentation technique

Portability
Highly portable, no power source needed

Sterility Method
Gamma irradiation or pre-sterilized by manufacturer

Packaging
Individual sterile pack in protective sleeve

Media Type
Tryptic Soy Agar (TSA) or specific selective media depending on microorganism target

Placement Height
Typically 1 meter above floor level in test area

Storage Condition
Cool, dry place, away from direct sunlight

Air Monitoring by settle plate technique Trade Information

Minimum Order Quantity
1 Unit

Supply Ability
10 Units Per Month

Delivery Time
7 Days

Main Domestic Market
All India

About Air Monitoring by settle plate technique

Last Chance to elevate your ambient safety-discover the soaring excellence of our Air Monitoring by Settle Plate Technique. Imposing precision meets ravishing clarity, thanks to each highly portable, pre-sterilized 90 mm or 100 mm plate filled with Tryptic Soy Agar or targeted media. Simply personalise your microbial surveillance for pharmaceutical, hospital, or lab environments: passive sedimentation, direct CFU quantification, and effortless manual handling-no power source required. Take advantage of exceptional compliance, up to 12-month shelf life, and unrivalled regulatory legitimacy. Individually packaged for sterility and convenience, this is your gateway to uncompromised air quality.

Key Features and Versatile Applications

Air Monitoring by the settle plate technique offers an effective qualitative and quantitative estimation of viable airborne microorganisms. With a plate depth of approximately 15 mm and a clear or semi-transparent sterile dish, this method ensures imposing detection accuracy. Designed for use in pharmaceutical, hospital, cleanroom, laboratory, and food & beverage sectors, it operates manually, requiring placement at about 1 meter above floor level. Its portability and ease of use make it ravishingly suitable for both fixed and mobile contamination monitoring demands.

Sample Policy, Delivery & Payment Guidelines

Our sample policy ensures prompt dispatching of settle plates, meeting the rigorous needs of diverse industry clients. Delivery time is optimized for efficiency, ensuring products arrive in pristine, sterile condition. Payment terms are crafted to align with market value expectations, with proposal amounts detailed transparently at the point of enquiry. Clients benefit from clear guidelines, fostering trust and smooth transactions. Customisation and bulk options are available upon request, ensuring seamless integration into routine or regulatory monitoring programs.

FAQ's of Air Monitoring by settle plate technique:

Q: How does the settle plate technique work for air monitoring?

A: The settle plate technique involves passive sedimentation, where sterile plates containing appropriate agar media are placed at about 1 meter above the floor. Airborne microorganisms settle onto the surface over a specific time period, after which the plates are incubated and colonies are enumerated to assess air quality.

Q: What types of environments can benefit from using this monitoring method?

A: This technique is ideal for microbial air monitoring in pharmaceuticals, hospitals, cleanrooms, laboratories, and the food and beverage industry, offering valuable insights into contamination control and compliance with stringent regulatory standards.

Q: When should plates be incubated after sampling?

A: After sampling, plates should be incubated within a recommended temperature range of 20C to 37C, with incubation times varying from 18 to 72 hours, depending on the targeted microorganisms and analysis protocol.

Q: Where should settle plates be positioned during sampling?

A: Settle plates are best placed approximately 1 meter above the floor in the target area. This height aligns with international standards and allows for optimal sedimentation of airborne microorganisms onto the agar surface.

Q: What are the benefits of using pre-sterilized, portable settle plates?

A: Pre-sterilized, disposable settle plates ensure contamination-free sampling and exceptional convenience. Their high portability, protective packaging, and visual clarity facilitate accurate, on-site microbial monitoring without the need for external power sources or complicated setup.

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