The SIMSCOP Confocal Series encompasses spinning disk, laser point-scanning, dual-modal, and line-scanning modalities. Delivering full-stack capabilities from 230 nm optical resolution to high-speed dynamic tracking and micro-Raman analysis, it provides multi-wavelength excitation, synchronous multi-channel detection, and seamless modular expansion.
1. Spinning Disk Confocal: Optimized for live-cell imaging and rapid dynamics. Multi-pinhole parallel scanning minimizes phototoxicity and photobleaching. Offers frame rates up to 100 fps@2048×2048 and FOV up to 25 mm across 400–750 nm excitation with 3D/Z-stacking, ideal for calcium signaling, cell migration, and embryology.
2. Laser Point Scanning (Nano Series): Flagship research platform for multi-label fluorescence and optical sectioning. Natively supports up to 4-channel simultaneous imaging at 16 fps@512×512, covering 405/488/561/640 nm excitation. Modular architecture allows smooth field upgrades to Raman, NIR, and multiphoton systems.
3. Confocal Dual-Modal (Nano PLUS): Integrates high-resolution fluorescence and fingerprint Raman spectroscopy for correlated morphological and chemical analysis. Combines 4-color fluorescence with 532 nm Raman excitation (resolution 5.5–7 cm⁻¹), serving semiconductor failure analysis, 2D material strain, and biochemical profiling.
4. Industrial Line-Scan (L Series): Full-line parallel acquisition delivers scan speeds up to 100 mm/s (50 fps@1024×1024) with 50 nm axial resolution. Immune to surface reflectivity variations, it enables non-contact 3D surface profiling across transparent, highly reflective, and absorbing wafers or microelectronics.