Advancing Food and Beverage Safety
Ensuring quality and safety in the food and beverage industry is no small task. We develop advanced molecular testing to help businesses detect contaminants quickly and accurately, safeguarding products and protecting reputations. From brewing to food processing, we’re working to bring innovative solutions to your quality control challenges
Bringing On-site Molecular Diagnostics to F&B
At FLASH Diagnostics, we are exploring how our molecular testing technology can revolutionize quality control in the food and beverage industry. From detecting spoilage microorganisms in brewing to ensuring safety in food production, our versatile platform offers the potential for on-site, rapid, and reliable testing. While our solutions are under development, we’re committed to collaborating with industry leaders to create targeted diagnostics for your unique needs.
Applications in Brewing
Maintaining the integrity and flavor of your brews starts with detecting contaminants before they become a problem. FLASH Diagnostics’ nucleic acid testing platform is being designed to identify pathogens like Saccharomyces diastaticus, Brettanomyces bruxellencis, and Pectinatus—key culprits in spoilage. Rapid and accurate on-site results could help brewers avoid costly batch losses and deliver consistent, high-quality products
Collaborate with Us
We’re seeking partners in the food and beverage industry to develop tailored diagnostic solutions. Whether you’re managing microbial safety in brewing, dairy, or food processing, we want to hear from you. Together, we can co-create products that meet your specific quality control needs, enhancing safety and efficiency across your operations.
Why FLASH Diagnostics?
Our expertise in molecular diagnostics positions us uniquely to address challenges in the F&B industry. With the potential for fast, reliable, and portable testing, FLASH Diagnostics aims to help businesses improve efficiency, reduce waste, and ensure product safety—once the right solutions are developed together.