Telight products
Telight Q-Phase - Quantitative Phase Imaging System
The Telight Q-Phase system is a state-of-the-art holographic microscope tailored for quantitative phase imaging, offering an advanced solution for researchers demanding precise segmentation and analysis of live cells. Utilizing patented Coherence-Controlled Holographic Microscopy, Q-Phase facilitates the transformation of cell features and dynamics into quantitative data. This system excels at minimizing phototoxicity and provides high sensitivity for real-time monitoring, making it suitable for long-term cellular experiments. Its design supports a variety of applications, including cancer research, drug toxicity assessments, and extracellular matrix studies. The integrated software, SophiQ, enhances user experience with automated segmentation, analysis tools, and compatibility with widely used imaging software like ImageJ. This comprehensive tool is ideal for collecting high-quality data from cells, even in complex scattering media environments, enabling detailed study of morphological and topographical changes with nanometer sensitivity.
Telight - Super-Resolution Imaging Platform for Microscopy
The LiveCodim by Telight is an advanced imaging platform that integrates seamlessly with standard fluorescence microscopes to offer super-resolution capabilities. This platform addresses critical challenges in cell biology by maintaining the integrity of biological samples while reducing phototoxicity and photobleaching. It works as a universal add-on that leverages patented Conical Diffraction Microscopy (CODIM) technology to shape optical beams for high precision imaging. LiveCodim supports widefield, confocal, and super-resolution modalities, enabling enhanced resolution, with capabilities reaching 90 nm in XY dimensions. The system offers low phototoxicity and photobleaching, particularly in vivo studies, through its beam shaping technology that reduces the energy peak of light exposure. It supports standard fluorescence microscopy preparation protocols and features an intuitive interface with autonomous processing algorithms, requiring minimal user input. LiveCodim facilitates a broad range of applications including super-resolution microscopy and studies in immunology and virology.
