Confocal Laser Scanning System, LSM 990, ZEISS
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Verification in real production conditions
Setting up and checking the functionality of the equipment
Training operators to work with the equipment and providing practical demonstrations of its functionality.
Confocal Scanning System ZEISS LSM 990
ZEISS LSM 990 is a flagship confocal laser scanning system that integrates multimodal imaging technologies into a single platform for comprehensive biological research — from cellular structures to whole organisms.
The system delivers super-resolution down to 90 nm, high-speed 4D scanning, and extended spectral flexibility. With a wide wavelength range (380–900 nm) and the ability to separate more than 10 fluorescent signals simultaneously, it enables highly informative data acquisition in a single scan.
Key Specifications
- Type: confocal laser scanning system.
- Multimodal platform (confocal + super-resolution + volumetric imaging).
- Spectral range: 380–900 nm.
- Simultaneous detection of 10+ fluorescence channels.
Main Capabilities
- High-precision optical scanning and 3D reconstruction.
- Super-resolution imaging down to 90 nm.
- High-speed volumetric scanning (up to 80 volumes/sec).
- Multi-spectral fluorescence imaging with precise signal separation.
- Analysis of molecular dynamics and protein interactions.
Technologies & Modes
- Airyscan: high-sensitivity super-resolution detection.
- Lightfield 4D: instant volumetric imaging for fast processes.
- Spectral Multiplex: simultaneous multi-signal separation.
- Multiphoton imaging: deep tissue penetration.
- LSM Plus: improved signal-to-noise ratio and detail.
System Features
- Up to 36 spectral detectors.
- Flexible configuration for advanced experiments.
- Integrated multimodal workflows.
- Support for complex multi-channel studies.
- ZEN and ZEISS arivis Pro software for analysis and visualization.
Advantages
- Maximum versatility: one system for multiple techniques.
- Deep insight: from structure to molecular dynamics.
- Speed: ideal for fast biological processes.
- Accuracy: precise spectral separation.
- Scalability: adaptable to advanced research needs.
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