Laser confocal microscope detection technology service

Leica TCS SP8Has excellent photon efficiency and high speed. All optical components work together to preserve fluorescent photons to a large extent, ensuring image contrast and enhancing cell viability in live cell imaging. per second428The scanning speed of frames22mmA wide field of view and a brand new way to accelerate 3D slicingGalvoflowThe pattern enablesSP8It has high sensitivity, high scanning speed, and confocal resolution, suitable for the vast majority of demanding samples.

TCS SP8The high-quality images collected do not require processing and can be directly used for publication.

Our company providesLaser confocal microscope detection technology serviceFor other imaging testing services, please feel free to inquire.

Specification configuration:
22 Millimeter field of view-Maximum field of view in point scanning system

X2YThree mirror scanning system to achieve uniform illumination

Switchable full field scanning and8 kHzor12 kHzCombination of Resonance Scanning Systems

reachable12 kHzFrequency scanning, speed up to40 fps（512 × 512Pixels) or428 fps（512 ×16Pixel)

Scanning speed andSuperZ GalvoFlowCombining functions and collecting data4DLayered slicing is faster than similar systems50%

Using high numerical aperture objective lenses and Leica sensitiveHyD RLD, ensuring the resolution, sensitivity, and contrast of the system

Collect more colors

Our company providesLaser confocal microscope detection technology serviceFor other imaging testing services, please feel free to inquire.

Features:

1.Unrestricted spectral research

The selection of fluorescent dyes is no longer limited by lasers, and only needs to be based on research needs and practicality. Having the most5A spectral detection channel,Leica TCS SP8 XIt is a confocal system that can be freely adjusted and adapted to various samples.

2.Full spectrum characteristic image

Can be used for the discovery of new dyes and fluorescent proteins, as well as the study of their spectral characteristics. The spectral characteristics of any fluorescent sample can be excited in two dimensions-Use emission spectroscopy to study. Choosing fluorescent dyes with ideal excitation or emission spectra is crucial for experiments involving multi-color fluorescent labeling.

3.LightGateTechnology, zero background image

LightGateIt is a very strategic and filter free technique that can remove unwanted background signals from images. Adjustable for use in the instant of white light laser pulsestimegateTurn off data collection. Additionally, by adjustingtimegateTo eliminate the background signal, a high contrast image without reflection interference can be obtained.

4.free choiceFLIMexcitation wavelength

White light laser is a suitable laser for fluorescence lifetime detection. It is continuously adjustable and can perform fluorescence lifetime detection at any excitation wavelength. Orange and red dyes are also included. The optimal laser repetition frequency can be determined bypulse pickerCome and choose.

Our experimental platform can provide various other optionsImaging detection servicesdetectionserviceWelcome to inquire.