Optical Sectioning Structured Illumination Microscope MS—OM/OS—SIM—001
MS-M/OS-SIM-001 adopts cutting-edge structured light illumination technology. A spatial light modulator is used to generate specific structured light, which is accurately projected onto the sample. Optical modulation is utilized to rapidly acquire section images. It breaks through the diffraction limit of traditional optical microscopes, enabling super-resolution imaging. Even sub-micrometer-level microstructures can be clearly revealed.
Product Details
Specifications and Parameters
| Main Parameters | Technical Indicators (Ordinary OS-SIM) | Technical Indicators (Super-Resolution OS-SIM) |
| Light Source | LED light source (optional wavelengths: 365/470/555/630nm) | |
| Mode | Widefield, OS-SIM, 3D tomography | |
| Horizontal Resolution | ≤330nm (widefield), ≤260nm (OS-SIM) | ≤120nm (OS-SIM) |
| Vertical Resolution | ≤600nm | ≤300nm |
| Imaging Speed | 30FPS | |
| Section Spacing | Adjustable from 10nm-100μm | Adjustable from 10nm- 100μm (user-selectable) |
| Reconstruction Speed | 1 layer/s (2048 × 2048) | 1 layer/s (2048 × 2048); 20 layers/s (2048 × 2048) customizable |
| Sample Thickness | ≤200μm | |
| Field of View | ≥130μm × 110μm (100X oil immersion objective) | |
| Camera | 4-megapixel (2048 × 2048), 95% quantum efficiency |
Functional Features
- Multi-wavelength Microscopy
- High-speed Imaging
- Ultra-high Resolution
- Real-time 3D Reconstruction
- Automated Control
- Advanced Illumination and Stable Imaging
- Compatibility and Low phototoxicity
Application Fields
Biomedicine，Materials Science，Cell Biology，Neuroscience，Drug R&D，Industrial Inspection