UltraView
Multi-modal Nonlinear Optical Microscopic Imaging
Product Goal
The UltraView system is an advanced imaging solution utilizing multi-modal nonlinear optical microscopic imaging technology. It combines high molecular specificity, exceptional sensitivity, superior spatial resolution, and rapid imaging speeds to meet the cutting-edge demands of fields such as life sciences and materials science. With its unique technical advantages and broad application potential, UltraView is designed to push the boundaries of precision and performance in scientific research and industrial applications.
Advantages
◦ High Molecular Specificity: Coherent Raman scattering imaging detects characteristic molecular vibrations of target molecules, providing high contrast and molecular specificity for imaging.
◦ High Sensitivity: Up to one million times better than spontaneous Raman scattering imaging.
◦ High Spatial Resolution: Achieves a maximum imaging resolution of 350 nm.
◦ High Imaging Speed: Utilizes high-speed 2D scanning with a maximum frame rate of 10 fps.
◦ Multi-Window Spectral Focusing: Automates multi-window coherent Raman spectral imaging across a wide range.
◦ Advanced Imaging Modes: Supports customized 3D imaging and large field-of-view mapping.
Applications
Synthetic
Biology
Botanical
Science
Material
Science
Drug
Discovery
Tumor
Research
Environmental
Science
Ultra-multiplexedImmunohistochemistry
Molecular
Pathology
Cellular
Metabolism
Specifications
Spectral Resolution | Up to 17 cm⁻¹ (customizable) |
Imaging Speed | Up to 10 FPS |
Imaging Spatial Resolution | ≤ 350 nm |
Microscope Configuration | Upright / Inverted |
Software Features | Configurable Pixel Size, Integration Time; Large Area, 3D Volume Imaging; Customizable Multi-Window Spectral Scan |
Objective Lenses | Compatible with various mainsteam objective lenses |
Spectral Window | Fingerprint Region (800 – 1800 cm⁻¹); Carbon Bond (2000 – 2200 cm⁻¹); C-H Bond Region (2800 – 3000 cm⁻¹) |
Options | Ultra-high speed scanning (>20 FPS); Fluorescence Lifetime Imaging (FLIM) module; Multi-photon imaging module |