Picoyune MA-1 Wearable Mercury Vapour Monitor
Compact and wearable analyser for selective mercury vapour detection
SKU
Picoyune

Picoyune MA-1 Mercury Vapour Monitor Overview
The Picoyune MA-1 is a cutting-edge, portable mercury vapour monitor designed to protect workers from hazardous mercury exposure in industrial and environmental settings.
Using proprietary plasmonic sensor technology, the MA-1 delivers real-time, continuous, and selective monitoring of mercury levels directly in the breathing zone.
Its compact, wearable design ensures minimal interference with daily operations while providing accurate, reliable data for safety compliance and exposure tracking.
Key Features of the Picoyune MA-1 Mercury Vapour Monitor:
- Simple and robust – Automatically operates once clipped on and turned on, requiring no user input. Built for durability in demanding environments.
- Mountable in breathing zone – Lightweight (280g) and compact (150 x 65 x 30mm), designed for personal wear to monitor individual exposure.
- Proprietary Plasmonic Sensors – Highly sensitive and selective mercury detection with no cross-sensitivity to hydrocarbons (BTEX and VOCs), humidity, or other gases.
- Real-time continuous monitoring – Sample frequency of 1 every 30 seconds with automatic zero correction.
- Wide detection range – Calibrated from 0 to 10,000 µg/m³, with a limit of detection as low as 1 µg/m³ in ideal conditions.
- Integrated alarms – Audible (85 dB), visual, and haptic alerts with user-set thresholds for high and low mercury levels.
- Long battery life – Up to 14 hours of continuous operation.
- Datalogging and transfer – Stores up to 6 months of exposure data; USB transfer to PC for analysis and reporting.
- Complete kit included – Comes with monitor, filters, charging base station, carrying case, and PC software.
For more information on the Picoyune MA-1 Mercury Vapour Monitor, contact your local Air-Met Scientific office.
Picoyune MA-1 Mercury Vapour Monitor Applications
- Oil and Gas
- Occupational Hygiene
- Mining
- Air Quality