Fluorescence‑LED Light Source

Supports up to 4‑channel LED illumination, with high compatibility with commonly‑used fluorescent dyes. Concentrated excitation energy and high brightness satisfy routine experimental fluorescence‑imaging demands. Ready‑to‑use with long service life, no bulb replacement required. Compared with traditional mercury lamps, it reduces photobleaching and phototoxicity, making it well‑suited for live‑cell samples. An ideal sustainable, energy‑saving and eco‑friendly microscope light source.

Overview

Product Recommendation

SUPER-RESOLUTION MICROSCOPES

The Super-Resolution Microscope integrates cutting-edge structured illumination technology, enabling real-time, low phototoxicity super-resolution imaging of live cells under demanding experimental conditions, with a frame rate of up to hundreds of frames per second, ensuring precise capture and real-time reconstruction of every subtle change.

NCF2000 Laser Confocal Microscope

As life‑science research advances toward deeper dimensions and broader scopes, high‑efficiency imaging technology has become a core driver for scientific breakthroughs. Capturing images of large‑size specimens requires not only expanded imaging coverage but also drastically shortened acquisition time, so as to precisely record intracellular dynamic responses. A full‑scale upgrade over the NCF1000, the NCF2000 laser confocal microscope is built to meet the extreme demands for high‑throughput, high‑quality imaging in modern biological research.

NOS1000 Structured‑Light Optical‑Sectioning Microscope

The structured‑light optical‑sectioning microscope improves optical resolution via specialized illumination patterns to break the diffraction limit of conventional fluorescence microscopes. It enables fast, low‑phototoxicity 3D optical‑sectioning imaging, greatly suppressing out‑of‑focus fluorescence interference as well as autofluorescence from specimens and culture media. Sharper, more authentic sample images can be acquired to expand the possibilities of your research.