What is Labmate LMPAS-B100? 

Labmate LMPAS-B100 is a portable laboratory instrument used to collect airborne microorganisms from indoor air and measure microbial concentration using colony-forming unit (CFU) analysis after incubation on agar plates.

It supports microbial air monitoring in cleanrooms, laboratories, healthcare facilities, and pharmaceutical production areas.

What does Labmate LMPAS-B100 do?

It draws a controlled air volume of 100 L/min and deposits airborne microorganisms onto 90 mm agar plates for incubation and microbial colony counting.

Product Snapshot

How does Labmate LMPAS-B100 work? 

Labmate LMPAS-B100 works by drawing air through a calibrated inlet and impacting airborne microorganisms onto agar media.

Process:

1. Air is drawn at 100 L/min

2. Air passes through perforated sampling head

3. Microorganisms impact onto agar surface

4. Agar plate is incubated in laboratory

5. Colonies are counted as CFU/m³

What is CFU?

CFU (Colony Forming Unit) is a measurement that represents the number of viable microorganisms that grow into visible colonies on agar media after incubation.

Key Applications 

Labmate LMPAS-B100 is used for:

• Monitoring microbial contamination in cleanrooms

• Pharmaceutical environmental monitoring programs

• Hospital operating room air quality checks

• Microbiology laboratory air studies

• Food production hygiene monitoring

• Public health microbial air analysis

Industries Using Labmate LMPAS-B100

• Pharmaceutical manufacturing

• Biotechnology laboratories

• Healthcare and hospitals

• Cleanroom production facilities

• Environmental monitoring agencies

• Food processing laboratories

Core Functional Capabilities

• Controlled airflow at 100 L/min

• Sampling volume: 100–3000 L

• 90 mm Petri dish compatibility

• LCD display interface

• USB data export

• Real-time timestamp logging

• Low airflow protection

• Rechargeable lithium battery

Technical Specifications

How to use Labmate LMPAS-B100?

To use Labmate LMPAS-B100, place the device in an indoor environment, set sampling volume, and allow it to draw air through the inlet. Microorganisms are collected on agar plates for laboratory incubation and CFU analysis.

When should Labmate LMPAS-B100 be used?

• When microbial air quality must be measured

• When cleanroom contamination monitoring is required

• When portable air sampling is needed across multiple locations

• When CFU-based microbial analysis is required

Labmate LMPAS-B100 vs Particle Counter

Frequently Asked Questions 

Q1. What is a bacterial air sampler used for?

       It is used to collect airborne microorganisms for laboratory analysis and contamination monitoring.

Q2. How does it measure air quality?

       It measures microbial contamination using CFU after incubation of sampled air on agar plates.

Q3. What is the flow rate?

       The standard flow rate is 100 L/min.

Q4. Can it detect bacteria in air?

        Yes, it captures viable airborne bacteria for culture analysis.

Q5. Where is it commonly used?

       It is used in laboratories, cleanrooms, hospitals, and pharmaceutical production areas.

Maintenance Notes

• Clean sampling head regularly

• Calibrate airflow periodically

• Charge battery after extended use

• Avoid placement near direct contamination sources

Typical Applications

• Pharmaceutical cleanroom monitoring

• Hospital air quality assessment

• Laboratory microbial studies

• Food production hygiene monitoring

• Environmental air testing programs

Compliance Alignment