Hardy Diagnostics, a prominent supplier in the North American microbiology sector, has entered into a collaborative agreement with the Swiss innovator NEMIS Technologies to exclusively market and distribute a rapid on-site pathogen detection tool across the continent.
The partnership centers on NEMIS' cutting-edge N-Light™ technology, which utilizes a chemiluminescence method to identify pathogens on-location within food production and environmental monitoring contexts. Its process is designed to deliver results significantly faster than traditional laboratory culture techniques.
This diagnostic initiative is framed as advancing a more proactive model of food safety management. Its deployment will be supported by dedicated training programs to facilitate adoption. The move represents a strategic expansion for Hardy Diagnostics, as it integrates a novel European-developed system into its existing portfolio of laboratory supplies.
Image Credit: Hardy Diagnostics x NEMIS Technologies
What Makes This Trend Stand Out
- Rapid On-site Pathogen Detection
- NEMIS Technologies' N-Light™ offers a swift chemiluminescence-based solution for detecting pathogens without the delays of traditional methods.
- Proactive Food Safety Management
- This initiative by Hardy Diagnostics signifies a shift towards preventative strategies, focusing on real-time pathogen detection to enhance food safety protocols.
- Integrated Diagnostic Training Programs
- With dedicated training programs, businesses can seamlessly implement and optimize the use of advanced pathogen detection technologies in their operations.
Sectors Adopting This
- Microbiology Supplies
- Hardy Diagnostics expands its portfolio with innovative pathogen detection tools, influencing the industry by shortening the response time to microbial threats.
- Food Production
- The application of rapid on-site detection technologies in food production enables manufacturers to address contamination issues immediately and enhance overall food safety.
- Environmental Monitoring
- Implementing advanced pathogen detection in environmental monitoring offers a new layer of protection against biological contamination in various ecosystems.
