NCF2000 Laser Confocal Microscope

Conventional Detector Imaging 

Limited capability for capturing faint fluorescence signals, often resulting in weak signals, high noise and blurry outputs. Low resolution makes it difficult to clearly resolve fine microstructures; tiny features are easily lost, failing to satisfy imaging requirements for weak‑signal and high‑detail samples.

Array‑based Detector Imaging 

Accurately captures extremely faint fluorescence signals for crisp, detail‑rich imaging. High resolution resolves specimen microstructures with fine granularity, rendering minute features clearly visible.

High Fluorescence Collection Efficiency 

Equipped with GaAsP photomultiplier tubes (PMTs), the NCF2000 improves fluorescence collection efficiency, allowing observation of faint‑fluorescence samples that are hard to detect with conventional methods. The system supports up to four distinct spectral channels for effective spectral decomposition of sample‑emitted fluorescence. It achieves spectral resolution ≤ 2 nm, suppresses background noise under low‑excitation‑light conditions, and delivers outstanding multi‑color confocal imaging performance.

Spectral‑unmixing Function 

It performs spectral decomposition on fluorescence emitted from samples to obtain fluorescence images and spectral information at different wavelengths. This enables differentiation of substances with distinct fluorescence‑emission profiles, even when they appear visually similar under conventional light microscopes. Spectral‑feature analysis supports identification and characterization of specific chemical components or biomolecules within specimens.

XY Motorized Stage: 

Responsive travel and stable positioning, paired with intuitive joystick control for effortless operation.

Joystick with Built‑in Touch Panel

Equipped with an integrated touch screen, the joystick allows configuration of instrument status, stepped control for the motorized stage and motorized focusing. It also features dedicated function keys and an AFS button.

Filter blocks

Fast switching and highly‑accurate positioning, enabling rapid transitions between different observation modes.

TIRF  Module

Optical Sectioning Module