You can always
count on BioTrak™

We supply and calibrate the latest particle counting & microbial air sampling technology for cleanroom monitoring.

BioTrak™ 9510-BD

BioTrak provides real-time counts of total and viable particles in pharmaceutical manufacturing environments to reduce aseptic interventions, improve root-cause investigations, and increase process knowledge.

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Automated process

User interface

Sample flow rate

Agar plates used

Real time release
is not that easy.

No more waiting for test results, BioTrak™ 9510-BD gives you real-time detection of airborne viable particles. That means you no longer have to wait for days to check your batches for potential contaminations, delivery can be done instantly.

What customers have to say about BioTrak:

We had an assignment where we needed to investigate the spread of infectious substances in connection with autopsies where it was important to minimize the exposure for the care staff. The BioTrak was able to show the effectiveness of a measure that reduced the spread of biological aerosol particles, which made it possible for staff to examine patients who had particularly infectious diseases.

Jakob Löndahl, Senior lecturer at Ergonomics and Aerosol Technology, Lund University

BioTrak 9510-BD

Real Time Viable Particle Counter

The BIOTRAK® Real-Time Viable Particle Counter offers best-in-class features and versatility in the exciting new field of real time airborne viable particle detection. The BIOTRAK particle counter detects total and viable particle counts in real time and incorporates TSI field proven, patented Laser Induced Fluorescence (LIF) technology to determine particle viability. TSI’s BIOTRAK Real-Time Viable Particle Counter combines viable particle detection, total particulate detection, and integrated particle collection functionality into a single portable instrument.

Applications that can benefit from using this alternative and rapid microbiological method (ARMM) for monitoring includes:

Continuous automated monitoring of aseptic environments
Continuous automated monitoring in support environments
Continuous automated monitoring of aseptic environments and in support environments
Improved root cause investigations
Room release
Risk reduction

Real-time detection of airborne viable particles
Simultaneous detection of both total and viable particles
Opportunity to use as a standalone instrument or fully integrated with FMS for automated continuous monitoring
Smart technique that only requires a single isokinetic probe at the sample site