• High Sensitivity

Equipped with a specialized back-illuminated cooled CCD camera, designed for in vivo imaging systems. Quantum efficiency reaches 95% in the 500-700 nm range. Deep semiconductor cooling of the sensor effectively reduces background noise caused by dark current, ensuring exceptionally high sensitivity for detecting even weak signals. This guarantees reliable results for both bioluminescent and fluorescent in vivo imaging.

• High Imaging Speed

A high-speed fixed lens with an aperture of f/≤0.9 significantly increases the optical signal acquisition speed. This reduces image formation time, lowers noise levels arising from long exposures, and effectively improves the signal-to-noise ratio in the final image.

• Multispectral Capabilities

Powerful narrow-band LED light sources combined with an extensive set of filters allow working with a wide range of fluorescent dyes and meeting their excitation requirements.

Upgradeability to a halogen light source with an extended near-infrared range and spectral coverage of 380–1000 nm is available, enabling higher quality images for in vivo fluorescent imaging in the near-IR range.

• High Throughput

Enables simultaneous imaging of 6 mice, meeting the requirements for high-throughput sample screening.

• Multifunctionality

Provides the capability for the following types of imaging: high-resolution X-ray imaging, Cherenkov radiation imaging, and up-conversion fluorescent imaging.

1. Genetic Research:

Gene therapy, functional genome analysis, gene expression regulation, transgenic animal models.

2. Oncology Research:

Tumorigenesis and apoptosis, tumor metastasis, tumor immunology, mechanisms of tumor development and therapy.

3. Stem Cell Research:

Stem cell genetics and development, stem cell migration (homing), repair of damaged stem cells, stem cell therapy.

4. Pharmaceutical Research:

Screening of new drugs, evaluation of therapeutic efficacy, development of gene drugs, research on drug metabolism and delivery.

5. Disease Research:

Cardiovascular and cerebrovascular diseases, metabolic disorders, immune diseases, bacterial/viral infections, and inflammatory process studies.

6. Materials Research:

Biomaterials, targeted delivery materials, quantum dots, nanoprobes, nanodrug delivery systems.

• Professional Software

The LabEasy™ series software, with its completely updated design, features a simple and intuitive interface, allowing for quick mastery of controls and easy execution of imaging tasks that meet a wide variety of experimental requirements.

Equipped with intelligent AI-based algorithms with deep learning capabilities. The spectral distribution statistical analysis function helps to quickly recognize useful signals and separate them from the background. NIST (USA) standard calibration, professional quantitative analysis functions, fast and accurate determination of regions of interest (ROI). Quantitative analysis is supported in various units, including CTS, CPS, Ph/s/cm²/sr, nW/cm².