Materials Products & Reviews

The platform for live cell high content – the BioPipeline Live High Content Imaging System is based on our Ti2-E inverted microscope, providing the largest selection of objective lenses, detectors, and more. Multiple confocal options are available to meet 3D high content imaging needs. Well plates can be automatically exchanged between the integrated incubator system and microscope stage with complete environmental control.

The platform for flexible high content – the BioPipeline Plate High Content Imaging System is based on our Ti2-E inverted microscope, providing the largest selection of objective lenses, detectors, and more. With multiple possible confocal modalities, this system provides 3D high content imaging at the highest resolution. Well plates can be automatically exchanged with the integrated incubator system.

The platform for high content slide scanning – the BioPipeline Slide High Content Imaging System is based on our Ni-E upright microscope and the Marzhauser Slide Express 2 loader. With a wide variety of objective lens and camera choices, the BioPipeline Slide is a top solution for automated imaging of microscope slides with high quality.

Our objectives help you focus on yours.

As a high-end microscopes and cameras manufacturer, Nikon provides you with reliable and fully compatible microscope-camera combinations.

Using a typical microscope for hours might cause strain on your body. Comfort of use was the primary goal in designing the Eclipse Si.

Modular illumination system with ultimate flexibility and expandability, including TIRF.

Spinning Disk Super Resolution at high speed.

The CSU-W1 is a high speed spinning disk with a large field of view and high image quality.

The DeepSIM X-Light super-resolution module can easily be integrated with the X-Light V3 spinning disk confocal system to provide enhanced imaging of sub-cellular structures and to examine live-cell dynamics, with an XY resolution of 100 nm, without requiring any special sample preparation or dyes.

For high-end microscopy applications, the X-Light V3 relies on the cutting-edge technology, optical design and engineering solutions developed by CrestOptics.

High-speed, large field of view spinning disk confocal imaging.

An ultra-stable platform for performing precision manipulation procedures such as ICSI.

Nikon's inverted routine microscope featuring a compact footprint, newly developed contrast observation method and improved operability, ideal for the tissue culture lab.

Nikon’s newest confocal microscope with unparalleled resolution, speed, sensitivity and field of view, with AI-based tools for simplifying acquisition and analysis.

Research Microscope Power in a Benchtop Assay Instrument

The EPLED picosecond pulsed LEDs are a new excitation source for fluorescence lifetime measurements. In Time Correlated Single Photon Counting (TCSPC), they bridge the gap between the nanosecond flashlamp and expensive mode locked Titanium Sapphire femtosecond lasers in the UV region. The EPLEDs are pre-adjusted in respect to pulse width and peak power, with particular attention paid to reducing both secondary shoulder and a l…

The RM5 Raman Microscope is a compact Raman microscope engineered for diverse laboratory environments, spanning industrial and academic sectors.

The LifeSpec II is a compact, fully integrated, high performance fluorescence lifetime spectrometer designed for use with high-repetition rate pulsed femtosecond, picosecond and supercontinuum lasers. The system is a fully automated solution combining hardware and software in a single package for fundamental research and routine laboratory applications. Its zero temporal dispersion optics set the standards for technical perfor…

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Mass Spectrometry Software for Spectral Interpretation and Component Characterization

Characterization and Identification of Compounds Using LC/UV/MS and GC/MS Data

Fast and Accurate Prediction of NMR Spectra, Chemical Shifts, and Coupling Constants

Method development software for the chromatography expert. ACD/AutoChrom helps experts develop chromatographic separations using QbD principles. It uses a workflow-based structure to streamline and track a project.

Rules-Based Fragment Prediction for Mass Spectrometry