Easy Image Acquisition – Live-Cell Imaging – Onboard Data Analysis
Unlike the conventional fluorescence microscope, the users don’t need any dark rooms, huge spaces or, even eye-pieces to acquire images anymore. The digital imaging system CELENA® S completely replaces this complex set-up, thereby making the experience of imaging fun for the users.
Several features of the digital imaging system CELENA® S add to this fun experience. For example, the exchangeable hard-coated LED filter cubes which can detect even the faintest fluorescence signals of your samples. High-quality objectives ranging from 1.25x to 100x to image your cellular structures.
The digital imaging system CELENA® S easily accommodates several vessel holders e.g: multi-well plates, slides, tissue-culture dishes.
With the digital imaging system CELENA® S, capturing multicolor Z-stacks is simple. Obtain high image stability for Z-stacks with 50nm resolution and 100µm/s stage speed
The CELENA® S onstage incubation system can be set up for a variety of live-cell imaging experiments in physiological and non-physiological conditions. The Onstage incubation system is composed of an environmental chamber, temperature controller and, a gas mixer supporting various live-cell imaging applications. Now control the temperature, humidity, and, gas content with precision. CELENA® S supports on stage incubation systems from IBIDI and TOKAIHIT.
With the digital imaging system CELENA® S, it is simple to set up a time-lapse imaging sequence for lengthy cell-based assays. Not only this, but also export images or create time-lapse videos complete with annotations.
The straightforward CELENA® S simple software makes the acquisition of high-quality multicolor fluorescence, brightfield and Z-stack images in a blink. The CELENA® S software also provides the users the features to create time-lapse videos. Evaluate a wide range of assays such as cell growth monitoring, cytotoxic studies and many more.
Not only acquisition, the users can analyze onboard the images with the CELENA® S software.
With the help of the annotation and measurement tools, the users can measure different parameters such as distance between two adjacent cells.