Multi photon imaging platform microscope

Multi photon imaging platform microscopeEquipment performance:

① Real time imaging of multi wavelength femtosecond laser

Integrating 780 nm, 920 nm, and 1030 nm multi wavelength multi photon imaging to achieve efficient excitation of different types of fluorescent substances.

② 22 mm large scanning field of view

The system is equipped with large angle, multi photon full band scanning mirrors and tube mirrors, with a scanning field of view covering 22 mm. Combined with a 16x objective lens, high-resolution imaging with a field of view of 1.5 mm can be achieved.

③ Configurable dual scanning head high uniformity imaging system

The system supports configuring and switching between linear scanning mirrors and resonant mirrors to meet the requirements of fine scanning and fast dynamic signal capture. The scanning head adopts a dual conjugate optical design to ensure high uniformity imaging throughout the entire field of view.

④ Deep imaging optimization technology

By carefully optimizing the optical structure, large angle fluorescence collection technology is achieved, and the system effectively captures more photons in deep scattering media, thereby improving the quality and efficiency of deep imaging.

⑤ Can be equipped with high-performance miniaturized multiphoton microscope

The highly integrated miniaturized probe has the characteristics of undistorted transmission of femtosecond laser pulses, high-speed scanning in small spaces, high-quality laser convergence, efficient fluorescence excitation and collection, ensuring high-resolution imaging of neurons and synaptic activity in freely moving mouse brains.

Dynamic and static combination: desktop two-photon+miniaturized two-photon

Integrated 780 nm, 920 nm, and 1030 nm three color two-photon microscopy imaging, compatible with miniaturized two-photon imaging for high-resolution imaging of freely moving animals.

Single Double Three Integration: Confocal+Two Photon+Three Photon

The multi photon imaging platform integrates the advantages of multiple imaging modes such as single photon, two-photon, and three photon, fully meeting the imaging needs under different experimental conditions.

Multi mode animal precise imaging function

Multi photon imaging platform microscopeparameter