In July 2025, Dermagnostix expanded its portfolio by taking over the DiskReader business and fluorescence detector technology, securingĀ full in-house production of the Analyzer. It includes fluorescence detection units for the use in a wide range of applications, from research facilities to industrial environments. At Dermagnostix, the fluorescence detector is a component of the Analyzer, which is used to read the fluorescence signal at the end of a PCR run. By internalizing the development and manufacturing of critical optical components, we ensure greater supply chain resilience, improved quality control, and long-term scalability to meet growing global demand. If you are interested in the fluorescence detection component, please visitĀ Lumalytix.de
Dermatology faces unique challenges in accurately diagnosing similar-looking conditions like psoriasis and eczema. Up to 50% of cases face diagnostic uncertainty1,2, making treatment decisions challenging and leading to potential delays in patient care.
The Analyzer by Dermagnostix addresses these pain points directly by introducing an objective, microfluidics-based approach to dermatology diagnostics. Its plug-and-play setup minimizes the need for extensive staff training and reduces dependency on disposable lab materials, leading to cost savings. By combining innovation with reliability, the Analyzer is setting new standards in dermatology, ensuring patients receive the targeted care they need, while laboratories gain a competitive advantage in accuracy and efficiency.
The fully automated Dermagnostix system includes the LabDisk and DermDisk product lines, which integrate advanced molecular testing into a compact, easy-to-use format that supports diagnostic accuracy. The TargetDisk product line (RUO) provides researchers with cutting-edge molecular tools to explore the biology of the skin.
The test results are stored in the Dermagnostix cloud-based software, where you benefit from fast customer support and over-the-air software updates. These features enable quick generation of reports through simple copy and paste. With the system’s high precision, dermatologists and dermatopathologists gain a reproducible and standardized method for differential diagnosis of complex skin diseases, enhancing their confidence in results.
