Nikon CSU-X1

CSU-X1, fast and efficient Spinning Disk confocal. The technique is ideal for living cells and organisms because the cells are not exposed to strong excitation light, and the speed allows even dynamic processes in living cells to be imaged.

Nikon CSU-X1

CSU-X1, fast and efficient Spinning Disk confocal. The technique is ideal for living cells and organisms because the cells are not exposed to strong excitation light, and the speed allows even dynamic processes in living cells to be imaged.

Flexible and powerful confocals

The CSU series from Yokogawa Life Sciences, are flexible and powerful Spinning Disk confocals. The technology is ideal for living cells and organisms because the cells are not exposed to high excitation light, and the speed allows even dynamic processes in living cells to be imaged. With up to 10,000 rpm, and with a highly efficient design to maximize light output, the CSU-X1 is a spinning disk suitable for applications where short exposure times and low laser power are needed. The confocal is highly customizable for camera and laser wavelength selection. Bypass for transmission is an option. All CSU systems are integrated with Nikon microscope platforms and software.

 

Contact the product specialist:

Catherine Kitts
catherine.kitts@bergmanlabora.se
Tel: 031-788 18 94

Marie Andersson
marie.andersson@bergmanlabora.se
Tel: 08-625 18 07

Technical specification

Confocal Scanning Method: Nipkow disk with microlenses
Maximum Disk Speed: 5 000 or 10 000 rpm
Disk drive: 50 µm pinhole
Lightbar: Option bypass
FOV: 10 x 7 mm
Excitation wavelengths: 405-647 nm
Emission filter: motorized 6 or 12 positions
Dichroic mirrors: motorized 3 positions or 1 position fixed
Microscopes: Eclipse Ti2 series, right angle Ni and FN1 series

https://www.microscope.healthcare.nikon.com/en_EU/products/confocal-microscopes/csu-series/csu-x1

Flexible and powerful confocals

The CSU series from Yokogawa Life Sciences, are flexible and powerful Spinning Disk confocals. The technology is ideal for living cells and organisms because the cells are not exposed to high excitation light, and the speed allows even dynamic processes in living cells to be imaged. With up to 10,000 rpm, and with a highly efficient design to maximize light output, the CSU-X1 is a spinning disk suitable for applications where short exposure times and low laser power are needed. The confocal is highly customizable for camera and laser wavelength selection. Bypass for transmission is an option. All CSU systems are integrated with Nikon microscope platforms and software.

 

Contact the product specialist:

Catherine Kitts
catherine.kitts@bergmanlabora.se
Tel: 031-788 18 94

Marie Andersson
marie.andersson@bergmanlabora.se
Tel: 08-625 18 07

Technical specification

Confocal Scanning Method: Nipkow disk with microlenses
Maximum Disk Speed: 5 000 or 10 000 rpm
Disk drive: 50 µm pinhole
Lightbar: Option bypass
FOV: 10 x 7 mm
Excitation wavelengths: 405-647 nm
Emission filter: motorized 6 or 12 positions
Dichroic mirrors: motorized 3 positions or 1 position fixed
Microscopes: Eclipse Ti2 series, right angle Ni and FN1 series

https://www.microscope.healthcare.nikon.com/en_EU/products/confocal-microscopes/csu-series/csu-x1

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