White Light Confocal

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Wide FOV improves work efficiency

Measure precisely with wide field of view. The HYBRID + has 1.6 times FOV compared to standard Confocal Laser Scanning Microscopy (CLSM). This means higher efficiency and precision.

Standard CLSM’s FOV (20x objective lens) VS HYBRID+ FOV (20x objective lens)

High precision measurement using low magnification objective lens that is normally difficult by standard. CLSM. This is achieved by using specially-designed high NA/low magnification objective lens.

• High-definition 24 bit full color observation
• Wide FOV observation and measurement
• Wavelength selection appropriate to sample

Selectable Wavelength

Suitable wavelength can be selected by changing the detector wavelength, or light source wavelength. This makes it possible to measure samples which cannot be measured using monochromic wavelengths.

Light source : wavelength select function

Multi layer sample observation image by wavelength selection

Detector : Receiving channel select function

RGB detector channel selectable

High precision measurement at low magnification

High precision measurement using low magnification objective lens that is normally difficult by standard CLSM. This is achieved by using specially-designed high NA/low magnification objective lens.

3D image by standard 10x objective lens (NA:0.3) vs. 3D image by specially-designed 10x objective lens (NA:0.5)

High definition full color confocal image

High-definition, full color, all in focus confocal image by applying white light source with a spectrum similar to sun light.

Cross-sectional image of lithium ion battery during charging and discharging. Operando observation of graphite anode color change through glass. (Provided by LIBTEC)

For More information

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