Yokogawa’s CSU-W1 Confocal Scanner sets the industry standard for live cell imaging, offering unparalleled flexibility and a four-times-wider field of view than conventional models. With three camera ...

Since the 1990s, Yokogawa has played a prominent role in the R&D of high-speed confocal microscopes for real-time imaging of living cells, and in 1996, launched its first product, the CSU10 confocal ...

The Zeiss Axiophot microscope is capable for bright field and epifluorescent imaging with both black and white, and color CCD cameras. Bright field imaging from the Zeiss microscope of brain sections ...

In recent years, Total Internal Reflection Fluorescence (TIRF) microscopy has become an important method for studying molecular interactions near the cell surface. To accommodate the trend of the ...

A one-stop clinic offering an ultra-fast way of diagnosing kidney cancer has been pioneered at Addenbrooke’s Hospital in a UK ...

I built a 3D printed, scanning laser confocal microscope so I could collect 3D surface topology and profilometry data! The ...

One look through something called a confocal microscope was all it took for William Sunderland to make a drastic change in his career plans. A math student with what appeared to be a bright future in ...

The inverted Nikon spinning disk confocal microscope is equipped with four laser lines (405, 488, 561, and 647 nm), 4x-40x air objective lenses, and 60x NA1.40 and 100x NA1.45 oil objective lenses.

With significantly larger field of view, decreased crosstalk, and extended near-infrared spectral range, the CSU-W1 can obtain sharper images of regions deeper inside live cells. Related To: Yokogawa ...