Used YOKOGAWA CSU10

Yokogawa CSU-10 Spinning Disk Confocal Microscope
The Yokogawa CSU-10 is a high-speed spinning disk confocal system designed for advanced fluorescence microscopy, live-cell imaging, and high-throughput screening. Featuring rapid optical sectioning, low phototoxicity, and high signal-to-noise imaging, the CSU-10 enables precise 3D confocal imaging at high speeds. This system is ideal for dynamic biological processes, long-term imaging, and multi-wavelength fluorescence experiments.
The CSU-10’s dual spinning disk design significantly improves confocality and image contrast, reducing background fluorescence while maintaining high sensitivity. Its versatile laser compatibility and seamless microscope integration make it a cost-effective solution for researchers requiring high-speed confocal imaging without the complexity of laser scanning confocal systems.
Condition
Refurbished/Used (This product has been inspected and verified to meet manufacturer specifications.)
Included Items
Yokogawa CSU-10 Spinning Disk Confocal Unit
Dual Spinning Disk System – Improves contrast and reduces background fluorescence
High-Sensitivity Confocal Optics – Optimized for fluorescence imaging
Multi-Wavelength Laser Compatibility – Allows multi-channel fluorescence imaging
Seamless Microscope Integration – Compatible with leading inverted and upright microscopes
USB & External Trigger Connectivity – Enables remote control and automation
Power Supply & Standard Fittings
Key Features
High-Speed Optical Sectioning – Provides rapid 3D imaging at high frame rates
Minimal Phototoxicity – Reduces laser exposure, preserving live-cell viability
Dual Spinning Disk Design – Enhances contrast while minimizing background fluorescence
Multi-Wavelength Fluorescence Imaging – Supports multi-channel acquisition for advanced applications
Laser & LED Compatibility – Works with a range of laser-based excitation sources
Seamless Microscope Integration – Compatible with Zeiss, Nikon, Leica, and Olympus research microscopes
Compact & Durable Design – Ideal for high-speed live-cell imaging and screening applications
Applications
Live-Cell Imaging & Time-Lapse Fluorescence Microscopy
High-Speed 3D Optical Sectioning
Single-Molecule & Super-Resolution Fluorescence Microscopy
Oncology & Cancer Research
Neuroscience & Cellular Imaging
Pharmaceutical & Drug Discovery Applications
Microbiology & Virology Research