Curiosis Inc. products

Celloger Mini is an automated live cell imaging system based on bright-field microscopy with fully motorized stages. This all-around and compact system provides autofocusing, time lapse imaging, and analytical software that lets you perform various types of sophisticated researches. Celloger Mini is designed to withstand the temperature and humidity suitable for the growth of cells that makes it compatible with CO2 incubators. Diversify your research paradigm with our integrated live cell imaging system, CELLOGER MINI

Celloger Mini Plus makes it faster and easier to accumulate outstanding research results tailored to your research protocol. Celloger Mini Plus is equipped with the exceptional live cell imaging technology and user-friendly software that enables various types of research and application. This system with advanced fluorescence and bright field microscopy, autofocusing and real time multi-position imaging, intuitive and optimized software provides you all the tools you need to acquire best quality and accurate research results. Celloger Mini Plus is designed to be rigid and robust to withstand the temperature and humidity suitable for the growth of cells that makes it compatible with CO2 incubators.

Expand your cell-based research through our multifunction live cell imaging system, Celloger Nano. The NEW super compact and intuitive live cell imaging system, Celloger Nano – got everything you need to perform your sophisticate laboratory works. Equipped with exceptional fluorescence and auto-focusing technology, precise stage controller, and user-friendly software, accelerates your cell-based research works. Expand your cell-based research through our multifunction live cell imaging system, Celloger Nano.

Celloger Stack is a multi-layered cell culture vessel observation system with innovative phase-enhancing technology. We provide advanced system that accumulates reliable confluency data to monitor mass production and quality control of mammalian cells.

Cellpuri is a disposable chip that enriches cells without the use of centrifugation method. Cells are being separated using the rheological phenomenon inside the microchannels where the cell suspension pass through to filter out waste medium and collect the enriched cells in the outlet.