Air Quality Monitor LAQM-K11 - Real-Time Indoor Aerosol & Air Health Hub

Key Facts 

• Measures: PM2.5, PM10, Temperature, Humidity

• Detection Method: Optical (laser-based) sensing

• Monitoring Type: Real-time

• Data Logging: Supported

• Power: AC powered

Product Snapshot

Air Quality Monitor LAQM-K11 is used to evaluate indoor air conditions by measuring particulate concentration and ambient parameters.

 It supports:

• Laboratory environmental monitoring

• Healthcare air quality assessments

• Indoor air documentation and compliance programs

How Does It Work?

The device uses optical particle sensing:

• Air is drawn into the sensing chamber

• Particles scatter light

• Sensor calculates PM2.5 and PM10 levels

• Temperature and humidity are recorded simultaneously

Results are displayed instantly.

 Where Is It Used?

• Pharmaceutical laboratories

• Healthcare facilities

• Research institutions

• Academic laboratories

• Indoor monitoring programs

Core Functional Capabilities

• PM2.5 and PM10 detection

• Temperature & humidity monitoring

• Real-time digital display

• Portable indoor usage

• Continuous monitoring with data logging

Technical Specifications

How to Choose This Monitor?

Choose Labtron LAQM-K11 if you need:

• Indoor particulate monitoring (PM2.5 + PM10)

• Real-time readings with data logging

• Routine laboratory or healthcare monitoring

• Accurate continuous air assessment

Alternative Equipment

• Particle Counters → particle size analysis

• Indoor Air Quality Monitors → multi-parameter tracking

• Environmental Monitoring Systems → facility-wide monitoring

Which One Should You Choose?

• Choose Labtron LAQM-K11 → for indoor PM monitoring + data logging

• Choose particle counter → for cleanroom validation

• Choose multi-parameter monitor → for gas detection (CO₂, VOCs)

Frequently Asked Questions About Air Quality Monitor LAQM-K11

Q1: What does Labtron LAQM-K11 measure?
       It measures PM2.5, PM10, temperature, and humidity.

Q2: Does it support continuous monitoring?
       Yes, it provides continuous real-time monitoring.

Q3: What type of sensor is used?
       It uses an optical (laser-based) particulate sensor.

Q4: Can data be stored?
       Yes, it supports internal data logging.

Q5: Where should it be placed?
         Place it at breathing height or on a stable benchtop away from airflow.

Q6: Does it require calibration?
       Yes, periodic calibration is recommended.

Typical Applications

• Laboratory air monitoring

• Healthcare indoor assessments

• Environmental research

• Facility inspections

Comparison Table Of Air Quality Monitor- LAQM‑K11