The LASER series Multimodal Small Animal In Vivo Imaging System is equipped with a research-grade deep-cooled ultra-sensitive camera and large-aperture lens. Combined with multi-channel uniform excitation light source, high-precision filter wheel and spectral unmixing technology, it significantly reduces background noise and delivers excellent imaging signal-to-noise ratio. Fitted with a thermostatically controlled anesthesia sample stage, it supports expandable infrared laser and anesthesia unit. The self-developed OI-IMAGEIVIS analysis software enables multi-channel simultaneous acquisition, spectral unmixing and accurate photon quantification.

■ Produc features

Back-Illuminated High-Sensitivity Deep-Cooled Camera

The LASER Series Multimodal Small Animal In Vivo Imaging System incorporates a high-resolution deep-cooled back-illuminated camera, delivering excellent signal-to-noise ratio and sensitivity.

Uniform Excitation Light Source

High-power, narrow-band, long-life LED light sources are used. The multiple light source groups feature a globally shadow-free symmetric design, ensuring uniform excitation illumination and stable fluorescence excitation results.

Spectral Unmixing Technology

High-purity, high-transmittance, narrow-bandwidth filters are combined with a powerful and accurate spectral unmixing technology developed in-house, helping users accurately acquire target fluorescence data and remove background interference.

Professional Software Functions

Intelligent image acquisition software and image analysis/processing functions support automatic merging of fluorescence and brightfield images, as well as manual adjustment after merging. Spectral unmixing can be performed on the results. After image acquisition and spectral unmixing, the software automatically calculates grayscale values and photon counts, and provides ROI analysis, multi-image analysis, EDF depth-of-field fusion, and 3D data display.

■ Product applications

Cancer research, stem cell research, drug research, gene therapy research, gene expression and protein interaction studies, transgenic animal and disease models, and other fields.