The iScope Fluorescence microscope is designed for advanced biological and medical applications, providing high-performance imaging for cell and tissue observation using fluorophores. These fluorophores emit visible light when excited, allowing researchers to distinguish tumor cells, track biological processes, and detect antibodies or pathogens with exceptional clarity.
Engineered with superior optical performance and durable mechanical precision, the iScope offers reliability and flexibility for Life Science and Biotechnical fluorescence microscopy. Ideal for laboratories, universities, and clinical environments, it combines bright illumination, ergonomic design, and versatile configurations for optimal imaging results.
The iScope Fluorescence microscope can be configured with:
• 6-position rotating fluorescence attachment with 100 W mercury vapor light source
• 3-position slider attachment with 100 W mercury vapor light source
• 1-position slider attachment with 3 W NeoLED 465–475 nm (blue) light source
• 1-position slider attachment with 3 W NeoLED 520–530 nm (green) light source
Key Features of iScope Fluorescence Microscopes:
• HWF 10x/22 mm eyepieces for a wide field of view
• Binocular and trinocular models for observation and documentation
• Optional ergonomic tilting head for user comfort
• Quintuple revolving nosepiece for multiple objective configurations
• E-plan, Plan, and Plan Fluarex IOS objectives for superior image quality
• 187/230 x 140 mm rackless mechanical stage with integrated X-Y control
• Optional ceramic stage for added durability
• 3 W NeoLED Köhler illumination for bright, even transmitted light
• Epi-fluorescence illumination with 100 W HBO mercury vapor lamp
• Optional Blue (465–475 nm) and Green (520–530 nm) LED fluorescence modules
• iCare sensor for automatic energy saving
• CSS (Cable Storage System) for a clean and organized workspace
Combining precision optics, innovative LED or mercury vapor illumination, and ergonomic usability, the iScope Fluorescence microscope is the ideal choice for fluorescence imaging in cell biology, microbiology, pathology, and molecular diagnostics.