Nikon Eclipse TS100 Inverted Phase Contrast Microscope with CFI60 Optical System

The Nikon Eclipse TS100 is an inverted phase contrast microscope featuring the renowned CFI60 infinity optical system, delivering sharp, flat, and clear imaging with enhanced working distances and high numerical apertures. Designed for precision in disciplines such as cell culture, tissue culture, plaque measurement, and blood typing, this microscope supports a wide array of biomedical engineering and molecular diagnostics applications essential to biotechnology workflows.

Key features include:

• Binocular fly-eye lens providing uniform brightness across the field of view for accurate phase-contrast imaging.
• Bright-field halogen lamp supporting phase-contrast microscopy and NAMC viewing with eco-illumination technology for 60,000 hours lamp life, reducing maintenance downtime in laboratory settings.
• Coaxial coarse/fine focusing system with a 22mm stroke, enabling precise adjustments critical in live-cell imaging and micro-manipulation techniques.
• Quintuple backward-facing nosepiece accommodating multiple objectives for versatile magnification in neurochemistry and cyto-engineering experiments.
• Compact and ergonomic design with dimensions 22x10x20" and weighing 23lbs, suitable for laboratory benchtops in research environments.
• Compatible with Narishige manipulators facilitating advanced micro-manipulation methods crucial in bioprocessing and gene editing research.

Power requirements are 100/110/120 V, 50/60 Hz, 0.8A, ensuring adaptability across international laboratory standards.

This inverted microscope is widely adopted in synthetic biology research and biopharmaceutical production pipelines where precise optical instrumentation is critical. It is particularly valuable for researchers focused on molecular cloning workflows, live-cell monitoring, and fluorescence analysis in biotechnology and clinical diagnostics sectors.

For inquiries and configuration options, contact the supplier to tailor the Nikon Eclipse TS100 to specific research needs.