Nikon ECLIPSE Ts2 Standard Inverted Microscope

Category: Cell Therapy and Regenerative Medicine

Booth No: M1029

Characteristic

The Nikon ECLIPSE Ts2 is an advanced inverted routine microscope developed by Nikon, specifically designed for cell culture and life science applications. Integrating Nikon’s industry-leading CFI60 infinity optical system with high-performance LED illumination, the Ts2 delivers bright, high-resolution images with exceptional uniformity, making it ideal for applications such as cell biology, embryology, regenerative medicine, and molecular pathology.

A key strength of the Ts2 lies in its efficiency and ease of use. The system supports multiple observation methods including brightfield, phase contrast, and Nikon’s proprietary Emboss Contrast. This innovative contrast technique produces pseudo three-dimensional images without requiring expensive optical components, making it particularly effective for observing thick specimens such as iPS cells while minimizing halo artifacts.

The microscope utilizes an alignment-free LED illumination system, significantly reducing setup time and ensuring consistent imaging conditions. In addition, the built-in fly-eye lens provides uniform illumination across the entire field of view, enhancing image clarity and reliability.

From an ergonomic perspective, the Ts2 features a streamlined control layout with frequently used buttons conveniently positioned on the front panel. This intuitive design allows users to switch between observation modes efficiently, improving workflow productivity in routine laboratory operations. Furthermore, the flexible mechanical stage accommodates a wide variety of culture vessels, including dishes, flasks, and multiwell plates, supporting diverse experimental setups.

In summary, the ECLIPSE Ts2 combines advanced optical performance, user-friendly operation, and versatile sample compatibility into a compact system. It represents an ideal solution for laboratories seeking reliable, high-quality imaging for routine cell culture and life science research.