Used NIKON Eclipse TS100

Nikon Eclipse TS100 Inverted Phase Contrast Tissue Culture Trinocular Microscope
The Nikon Eclipse TS100 is a compact and high-performance inverted phase contrast microscope designed for tissue culture, live-cell imaging, and routine laboratory applications. Featuring Nikon’s advanced optical technology, ergonomic design, and trinocular viewing head, the TS100 delivers exceptional contrast, clarity, and ease of use for biological research, cell culture studies, and phase contrast applications.
Condition
Refurbished/Used (This product has been inspected and verified to meet manufacturer specifications.)
Included Items
Nikon Eclipse TS100 Microscope Body (Inverted)
Trinocular Viewing Head – Enables digital imaging and documentation
Phase Contrast Optical System – Enhances contrast for unstained live-cell samples
Halogen or LED Illumination System – Provides stable, long-lasting lighting
Objectives (Please discuss your application or preferred configuration with our team. We have a full suite of options available.)
Mechanical or Plain Stage Options Available
Key Features
Compact and Ergonomic Design – Ideal for tissue culture labs and routine live-cell imaging
Inverted Microscope for Live Cell Imaging – Designed to accommodate petri dishes, flasks, and multi-well plates
High-Contrast Phase Contrast Imaging – Enhances visibility of transparent samples without staining
Trinocular Viewing Head – Supports seamless integration with digital cameras for imaging and documentation
Halogen or LED Illumination System – Provides stable and uniform lighting for phase contrast microscopy
Compatible with Multiple Camera Systems – High-resolution imaging capabilities for research and clinical applications
Durable and User-Friendly – Built for long-term laboratory use with easy operation and maintenance
Applications
Tissue Culture and Live-Cell Imaging
Phase Contrast Microscopy
Cell Biology and Pathology Research
Oncology & Cancer Research
Pharmaceutical and Biotech Research
Neuroscience & Developmental Biology