Contamination in incubator shakers can derail experiments, compromise cultures, and create costly downtime. Preventing these risks is critical to ensuring reliable, reproducible results and keeping your research on track.
In this latest installment of our Back to Basics Blog series, we outline five best practices every researcher should know, from routine cleaning and humidity control to proper accessory handling and preventive maintenance. Each practice offers straightforward ways to reduce contamination risks and maintain a stable, sterile incubator environment.
But prevention doesn’t stop with technique. The Multitron Incubator Shaker now features an advanced HEPA filtration system that delivers robust, continuous protection by removing 99.995% of airborne particles and restoring ISO Class 4 air quality within minutes. Backed by proven results, this enhancement safeguards sensitive cultures without downtime or interruptions.
Explore the full blog for best practices and access the application note to see how Multitron’s HEPA technology delivers contamination control in real-world conditions.
In this latest installment of our Back to Basics Blog series, we outline five best practices every researcher should know, from routine cleaning and humidity control to proper accessory handling and preventive maintenance. Each practice offers straightforward ways to reduce contamination risks and maintain a stable, sterile incubator environment.
But prevention doesn’t stop with technique. The Multitron Incubator Shaker now features an advanced HEPA filtration system that delivers robust, continuous protection by removing 99.995% of airborne particles and restoring ISO Class 4 air quality within minutes. Backed by proven results, this enhancement safeguards sensitive cultures without downtime or interruptions.
Explore the full blog for best practices and access the application note to see how Multitron’s HEPA technology delivers contamination control in real-world conditions.
