PhaseView - Model Alpha 3 -Light Sheet Fluorescence Microscope
The Alpha³ represents a new era in light sheet fluorescence microscopy, offering superior temporal and spatial resolution for 3D imaging of both live and fixed biological specimens. Its modular design is ideally suited for researchers needing flexible yet high-quality imaging capabilities, from in-vivo to large cleared samples. With a focus on high-resolution image quality, the Alpha3 provides the modularity and adaptability required for modern scientific research, allowing for seamless integration into varied laboratory environments. The Alpha3 Facility Edition specifically enhances image quality by utilizing patented technologies for optimal light sheet imaging, including dual illuminators and a wide field detection microscope. This edition excels at extending the focus area across the entire field of view, minimizing artifacts for clear, precise imaging, and is primarily used in research facilities.
Alpha³ is a new generation of light sheet fluorescence microscope addressing the needs of high temporal resolution along with spatial high resolution to achieve qualitative and quantitative 3D imaging of fixed or live biological specimens.
From in‐vivo imaging to large cleared samples, the Alpha3 microscope delivers unprecedented image quality while keeping the necessary flexibility and modularity expected for cutting-edge scientific research instruments.
Macro to micro view imaging
From in‐vivo imaging to large cleared samples, the Alpha3 microscope delivers unprecedented image quality while keeping the necessary flexibility and modularity expected for cutting-edge scientific research instruments.
Patented Smart Light Sheet Illuminators
The light sheet system architecture comprises dual illumination units, each integrating multi-directional light sheet, combined with wide field microscope detection
Seamless X,Y,Z,θ,T,λ image data acquisition
From sample mounting to image acquisition, Alpha3 performs seamless light sheet imaging. The QtSPIM software provides an intuitive interface for collecting X, Y, Z, θ, T, λ images at maximum speed.