Innovative pinhole design minimizes interference, enhancing fluorescence collection and filtering non-focal signals for clear images, even in low fluorescence.

● Adopting broad spectrum, high numerical aperture lens with large numerical aperture to further improve the resolution.

● With two sets of objective lenses of compound achromaticity (2X-100X) and super-complex achromaticity (10X-100X), the magnification covers a wide range, which can be adapted to the shooting of various types of confocal samples.

● Image Acquisition: Features pixel dwell control, histogram threshold adjustment, multidimensional imaging, large image stitching, depth extension, and pseudo-color annotation.

● Image Processing: Includes 3D reconstruction, colocalization, and editing tools.

● Image Analysis: Supports morphological measurement, grayscale analysis, cell counting, and protein tracking.

CLSM610 precisely images fluorescent proteins and multi-color labeled cells, including 3D cultures, and supports protein colocalization and 3D reconstruction.

In the field of biophotonics, the research of bioinformatics and nanomaterials is growing hot. In the research of optoelectronic materials, for the scenarios of novel functional materials and inorganic nanohybrid materials fused with living cells, CLSM610 can be used with the living cell environment monitoring module to observe the process of material-cell interaction.

● Medicinal Chemistry: Used to study drug mechanisms in cells and tissues, and screen new drug candidates.

● Pathology: Excellent section scanning for observing pathology slides of various animal and plant tissues, especially thicker samples, providing more detail and clearer results.

CLSM610 uses advanced imaging technology to deliver superior resolution and clarity, reducing background noise and enhancing contrast. Even with complex or opaque samples like high internal phase emulsions (HIPEs), it ensures clear observation. The brightness and penetration of its laser source provide significant advantages for in-depth analysis of challenging samples.

● Fully motorized control system for enhanced convenience.

● Front LCD panel displays real-time status of motorized components and allows for observation mode settings and shutter switching.

● Greatly enhances user experience and efficiency.