Tellspec

Chemical fingerprints instantly revealed. Tellspec’s biophotonic sensors, software, and ML predictive models work together to deliver decision-quality data in real time. We simplify your laboratory analysis of organic substances with cost-effective solutions that makes it easier to collect, access, and manage your data. We have a solution right for you and a support team ready to assist you. Our 11+ years of experience with spectroscopic technology, software development, and machine learning algorithms have been combined with the knowledge of experts and everyday users to produce a range of different applications. Whether you’re testing the quality, authenticity, adulteration, or the decay of an organic substance we have a solution ideal for your application. There are many other applications not listed below which include gasoline quality, pharmaceutical product authenticity, polymer identification, archaeology and art analysis, animal feeding quality and control, and rapid veterinary tests. Determine the authenticity of your product in order to fight illicit trade. Our NIR sensors can provide a rapid in-the-field analysis of products for its brand authenticity and easily identify counterfeits. Perform a rapid analysis of BRIX and Titratable acidity of a fruit. These two analytes can be used to determine the shelf life of a fruit, enabling data-driven decisions on what fruits should be kept in the warehouse, which one should be sent to the retail outlet, and which should be donated to a food bank or wasted. Test fish freshness by measuring the ATP (adenosine triphosphate) degradation to enhance consumer satisfaction and market value. Our sensors can rapidly measure K-values of seafood, which is the most objective and accurate way to evaluate freshness of fish and shellfish products. Maintaining fish freshness also helps ensure food safety and supports the sustainability of fisheries by maximizing the value of each catch. Our sensors are being used in several countries across the globe to accurately measure fat, moisture, protein, lactose, casein, and total solids in raw milk. Our sensors can also measure markers in raw milk that can help predict the onset of bovine mastitis, this helps dairy farmers and distributors to discard the contaminated milk and not to use it in the pooling process, thereby saving on costs and waste. Over the years our team has worked across the globe in a variety of applications to optimise harvest and test soil quality. Our projects ranged from the non-destructive testing of fat and moisture content of olives to establish optimum harvest time, to soil analysis for total carbon (C) and nitrogen (N). The Preemie system helps reduce the risks associated with premature birth by enabling a rapid and affordable analysis of human milk composition, and delivering data-driven calculations for the targeted fortification needed to meet the unique nutritional needs of each preterm infant.