Quality, Safety and Compliance serving your research
Antibody Production
Tissue engineering
Toxicity studies
Research on viral vaccines
Reproductive technologies
Cell and gene therapies
Dickson's Triple Sensor: A Comprehensive Solution for Enhanced Monitoring
In cutting-edge innovation sectors, research and cell-based therapies face complex challenges in environmental monitoring. The slightest variation in temperature, humidity, or CO₂ levels can induce cellular stress and jeopardize years of work.
Dickson's Triple Sensor is designed to meet these unique and intricate surveillance needs in single gas chambers. Its intelligent technology stores calibration data to provide reliable and precise readings of Temperature, Humidity, and CO₂ at any given moment.
Paired with the Cobalt X™ data logger, the triple sensor assists you in ensuring optimal protection for your critical environments.
Peace of mind at Every Step with Dickson's Triple Sensor
Safeguard and monitor your critical environments with our effective, accurate, and compliant solutions
The Most Compact and Precise CO₂ Sensor on the Market
Monitor CO₂, humidity, and temperature with precision simultaneously. Compact and accurate, our Triple Sensor is perfectly suited for the latest generation of in-vitro fertilization incubators.
Real-time Monitoring and Alarms
With our real-time monitoring features, you stay connected to your environment at every moment, 24/7. Receive instant alerts as soon as a critical condition is detected, allowing you to take immediate action.
Easy to Deploy and Maintain
Designed with optimal energy efficiency, Dickson's Triple Sensor provides an economical solution without compromising performance. Its simplicity of deployment makes it a major asset, significantly reducing the efforts associated with installation.
White Paper: The Importance of Maintaining CO2 Levels During Life Science Experiments and Processes
Cellular-based research and therapies sit on the cutting edge of life science innovation. Without tightly controlled environmental parameters, researchers and developers risk cellular stress, reduced viability, and costly losses. For most processes, a CO2 excursion can mean the difference between success and failure. Download the white paper to learn how a comprehensive CO2 monitoring system can help your team:
- Maintain proper CO2 levels and precise pH in cellular media
- Keep a highly controlled cell culture environment for reproducible results
- Ensure therapeutic efficacy for next-generation cellular therapies
Step into the New Era of Environmental Parameter Monitoring
Schedule a demonstration to explore how you can enhance the monitoring of your sensitive assets, achieve efficiency gains, and prevent costly losses.