Nikon Instruments

Upright microscope series with built-in LED light source capable of extensive episcopic and diascopic observation, ideal for material inspection.

Upright industrial microscope featuring motorized or advanced nosepieces for various episcopic observations.

Modular, upright microscope series for various episcopic optical contrast techniques ideal for semiconductor and material inspection activities.

Upright industrial microscope series for industrial and semiconductor applications.

Upright industrial microscope series.

An advanced inverted metallurgical microscope featuring a compact box structure, motorized/communicating nosepiece, and integration with NIS-Elements imaging software for automated calibration and objective detection.

A flexible, compact, affordable, modular inverted microscope for episcopic optical contrast techniques, ideal for metallurgical material inspection.

A compact inverted research microscope configurable with a wide variety of observation methods.

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

Trinocular optical microscope fitted with a Digital Sight camera for rigorous inspection and measurement procedures in semiconductor QA processes.

A range of semiconductor microscopes ideal for inspection of integrated circuits, flat panel displays, and LSI electronic devices.

The highest level of optical quality, operability and stability for polarized light microscopy. It is Equipped with a bright LED light source for minimized heat-induced focus drift.

Polarising microscope models offering high levels of optical quality, operability and stability.

Long working distance objective lens series for industrial applications.

Achromat brightfield infinity corrected objective lens series.

Long working distance objective lens series for industrial applications.

Ultra-long working distance objective lens series.

Interference objective lens series.

Double beam interference objective lens series.

Water immersion objective ensuring clear image acquisition within deep areas of samples while correcting shorter wavelength chromatic aberrations.

Versatile water immersion objectives providing superior performance with high numerical aperture, wide field of view, and long working distance.

Objective providing superb aberration correction up to the periphery of its large field of view for sharp image acquisition.

Water dipping objective lenses with long working distances and high numerical aperture.

Microscope objectives designed specifically for Total Internal Reflection Applications, featuring the highest N.A. of all Nikon objectives.

2.0-megapixel color camera offering Full-HD images, fast live display and simple measurement, without a PC.

High resolution of 6K and switching color and monochrome capture with a single camera, also features a high frame rate for fast focusing on high-definition images.

60.0-megapixel, high-definition, cooled monochrome camera that combines large field of view and fast frame rates.

A color digital camera equipped with a 17.7-megapixel CMOS sensor featuring 4K image capture, high-speed live display, and PC-free observation via HDMI monitor connection.

Confocal microscope scan head featuring an FN 25 galvano scanner supporting high-resolution imaging up to 8192 x 8192 pixels.

Nikon's 10th generation point scanning confocal microscope system featuring AI integration, expanding colors, high pixel density, sensitivity, and speed, with a 25mm diagonal field-of-view.

Nikon’s latest confocal microscope, leveraging deep learning-based AI tools to simplify acquisition and improve image quality. Fast scanning combined with a large 25 mm field of view enables high throughput imaging with unmatched edge-to-edge image quality.

The newest multiphoton microscope from Nikon is a top choice for deep imaging. The next generation 2K resonant scanner captures fast in vivo dynamics with high resolution over a large field of view.

Confocal microscope realizing high wavelength selectivity with near-infrared excitation, making it ideal for live-cell long-wavelength imaging.

Synchronous operation of the Ti2-E inverted microscope with Ti2-LAPP illuminator modules and other hardware devices allows for complex multidimensional image acquisitions, featuring the Perfect Focus System 4 (PFS4).

Inverted research microscope featuring a groundbreaking 25 mm field of view.

A fully automated, inverted Nikon ECLIPSE Ti2 microscope designed for high content screening tasks.

Intuitive operation and streamlined design reliably support an enhanced user experience.

Synchronous operation of the Ti2-E inverted microscope with Ti2-LAPP illuminator modules and other hardware devices allows for complex multidimensional image acquisitions, featuring the Perfect Focus System 4 (PFS4).

Nikon’s ECLIPSE Ti2-E inverted microscope configured with the CrestOptics X-Light V3 spinning disk for high-end microscopy applications.

Basic, manual model ideal for a variety of research applications.

Intelligent DIC sextuple nosepiece with status detection for ECLIPSE Ti2.

Motorized DIC sextuple nosepiece for ECLIPSE Ti2.

Sextuple nosepiece for ECLIPSE Ti2 inverted microscope.

DIC-compatible sextuple nosepiece for ECLIPSE Ti2.

A modular illumination system providing ultimate flexibility and expandability with modular illuminators for TIRF, photoactivation, photobleaching, epi-fluorescence, and super-resolution microscopy.

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

An automatic wafer measuring system that integrates a NEXIV video measuring system and an NWL200 wafer loader for high-speed, high-precision measurement of 6-inch or 8-inch wafers.

Video measuring machine used for optical coordinate measurement, image capture, and precise semiconductor wafer inspection.

CNC video measuring system featuring 15x zoom optics, episcopic and diascopic LED lighting, and high-resolution linear encoders for precise measurement and inspection.

Silicone oil immersion objectives providing high NA, large FOV and long working distance for deep region observation in thick samples.

Microscope objective lens with NA 0.95 and working distance 0.21mm.

Plan apochromat long working distance water immersion objective with NA 1.15 and working distance 0.63mm.

Microscope objective lens with NA 0.8 and working distance 0.8mm.

Plan apochromat long working distance water immersion objective with NA 0.95 and working distance 0.93mm.

Oil immersion microscope objective lens with NA 1.42 and working distance 0.15mm.

Silicone immersion microscope objective lens with NA 1.05 and working distance 0.55mm.

Silicone immersion microscope objective lens with NA 1.25 and working distance 0.30mm.

Low-magnification, wide field-of-view dry objective compatible with N-SIM S and N-SIM E systems.

Microscope objective lens with NA 0.1 and working distance 8.5mm.

Infrared water immersion microscope objective lens with NA 1.27 and working distance 0.17mm.

Glycerine immersion microscope objective lens with NA 0.50 and working distance 5.50mm.

Objectives utilizing Nano-Crystal Coat technology to produce bright, sharp, and high-contrast images perfect for multi-color fluorescence live-cell imaging.

Objectives with extended chromatic aberration correction including the violet range, ideal for multi-spectral confocal applications.

Oil immersion objective lens model with 1.45 NA designed for high-resolution brightfield, phase contrast, and fluorescence observations.

CFI Plan Achromat long working distance objective lens for IMSI applications.

Microscope objective featuring exceptionally high transmission from ultra-violet to infra-red and flatness across the entire field of view.

CFI Plan Achromat objective lens with 20X magnification.

CFI Plan Achromat objective lens with 40X magnification.

CFI Plan Achromat objective lens with 1X magnification.

CFI Plan Achromat objective lens with 2X magnification.

CFI Plan Achromat oil immersion objective lens with 50X magnification.

Oil immersion microscope objective lens with NA 1.45 and working distance 0.13mm.

Microscope objectives providing incredible image flatness over the entire field of view with chromatic aberration correction throughout the visible spectrum.

Developed for standard research applications such as analysis and photodocumentation of fluorescent imaging, NIS-Elements BR features up to four-dimensional acquisition and advanced device control capabilities.

Nikon's flagship imaging software package optimized for advanced research applications, featuring fully automated image acquisition, advanced device control, and powerful analysis and visualization tools.

Total acquisition-to-analysis solution for high-content imaging applications, offering seamless workflow from microscope and peripheral device control to data analysis and management.

A free software package that makes it easy to configure and control microscope digital cameras, display live images, and capture images.

Optimized for advanced research applications, featuring fully-automated acquisition and device control through full 6D image acquisition and a wide range of image analyses.

Suited for standard research applications, photodocumentation of fluorescent samples and image analysis, including intensity and counting measurements.

Software that manages Nikon Digital Sight cameras to capture, organize, and process images in a smooth workflow.

NIS-Elements Viewer is a free, standalone application for viewing image files and datasets with the same advanced visualization tools found in the full NIS-Elements software core packages.

A scalable cluster computing software solution designed to accelerate image analysis, streamline complex workflows, and offload heavy computational tasks across multiple compute nodes.

The NIS-Elements File Checker is a support tool for users running NIS-Elements versions 5.00.00 to 5.42.06 to check for software vulnerabilities and ensure smooth compatibility.

Motorized upright microscope model from the ECLIPSE Ci series featuring automatic intensity reproduction and motorized nosepiece rotating buttons.

A biological upright microscope designed with a focus on ease-of-use, ergonomic comfort, and light intensity management to reduce physical strain during routine laboratory observations.

Halogen-illuminated upright microscope model from the ECLIPSE Ci series with manual control features.

Compact polarizing microscope featuring superb optical performance and ease-of-use.

Ergonomic upright microscopes with eco-illumination for clinical and laboratory applications.

Silicone immersion objective using high viscosity silicone oil with a refractive index close to live cells for deep super-resolution imaging.

High power oil immersion objective compatible with ultrahigh power lasers for N-STORM imaging.

Water immersion objective supporting visible, UV, and NIR wavelength ranges for super-resolution imaging.

AC type model oil immersion objective compatible with the Auto-Correction Collar of the ECLIPSE Ti2-E inverted microscope.

AC type water immersion objective supporting visible, UV, and NIR ranges with auto-correction collar compatibility.

Upright microscope with partial motorization availability supporting diverse contrasting techniques and compatible confocal systems.

Research and clinical upright microscopes that support research in the fields of biological science and medicine.

Standard objective lenses enabling brightfield, darkfield, simple polarizing, sensitive polarizing, differential interference, and epi-fluorescence observations.

Semi-apochromat brightfield objective lens series providing high precision and clarity.

Semi-apochromat brightfield long working distance objective lens series.

Apochromatic objective lenses achieving significantly longer operating distances while maintaining chromatic aberration performance using phase Fresnel lenses.

Semi-apochromat brightfield/darkfield long working distance objective lens series.

Long working distance objective lenses utilizing phase Fresnel lenses for long working distances and high chromatic aberration correction.

Apochromat brightfield/darkfield universal plan objective lens series.

Semi-apochromat brightfield objective lens series with long working distance.

Semi-apochromat brightfield super-long working distance objective lens series.

An automated, medium-throughput whole slide imaging system built on Nikon's industry-standard Ni-E motorized upright microscope and an all-new multimode slide scanning software functionality with motorized XYZ control.

An inverted microscope platform designed for live sample high content imaging, featuring automated plate handling, environmental incubation, and flexible confocal imaging options.

Image, catalog, and analyze hundreds of slides per session in brightfield or epifluorescence.

Automated robotic handling of multiple samples for large volume imaging and analysis.

CFI Achromat LWD ADL 40XC objective lens with 0.55 NA, 2.70-1.70 mm working distance, and correction ring.

CFI Achromat LWD ADL 20XF objective lens with 0.40 NA and 3.10 mm working distance.

CFI Achromat ADL 10XF objective lens with 0.25 NA and 6.20 mm working distance.

CFI Achromat LWD ADL 40XF objective lens with 0.55 NA and 2.10 mm working distance.

Equipped with a large stage compatible with 600x600 mm panel-level packages (PLP), supporting large substrate measurements for advanced packaging applications.

Equipped with a large stage compatible with 600x600 mm panel-level packages (PLP), supporting large substrate measurements for advanced packaging applications.

NEXIV VMF-K Series model with XYZ strokes of 650x550x150 mm for larger substrates and panels.

Microscope objective lens with NA 0.2 and working distance 20.0mm.

CFI Plan Achromat objective lens with 10X magnification.

CFI E Plan Achromat 60X microscope objective lens.

Microscope objective lens with NA 0.2 and working distance 20.0mm.

Intelligent septuple nosepiece with status detection function.

Intelligent septuple nosepiece with status detection function.

Motorized septuple nosepiece for microscope objective lenses.

Intelligent DIC sextuple nosepiece with status detection.

Motorized sextuple nosepiece with DIC capability.

Intelligent DIC sextuple nosepiece with status detection.

Objectives featuring high transmittance from near-ultraviolet to near-infrared wavelengths and extra-long working distance to accommodate large samples.

Objectives effective in stem cell research and drug design research, capable of a long working distance and high numerical aperture.

Motorized universal dry condenser for microscope systems.

Universal dry condenser for diverse contrasting techniques.

Objectives with exceptionally high numerical apertures and ultra-long working distances designed for multiphoton imaging and electrophysiology applications.

Objectives with long working distances and high numerical apertures, ideal for electrophysiology, IR-DIC imaging, and multiphoton applications.

F-mount camera adapter for microscope imaging.

F-mount camera adapter with 2.5X magnification.

Objectives designed for ICSI and microinjection applications, enabling high-contrast observation of stain-free samples through plasticware.

X-ray CT inspection system series.

X-ray CT inspection system series.

X-ray CT inspection system series.

Advanced X-ray CT system.

High performance X-ray CT inspection system.

High performance X-ray CT inspection system.

X-ray CT and inspection system series.

10X magnification CFI eyepiece for microscopes.

10X magnification CFI eyepiece for microscopes.

Ultra-widefield 10X magnification CFI eyepiece.

Laser radar solution for automotive manufacturing and inspection.

Automated quality inspection station powered by laser radar.

Laser radar system for high precision coordinate measurement.

Laser radar solution for automotive manufacturing and inspection.

Flexible, modular upright microscope designed for episcopic and diascopic optical contrast techniques, ideal for material inspection in many industrial applications.

Upright industrial microscope for various episcopic observations, ideal for semiconductor and material inspections.

Advanced industrial microscope for semiconductor and materials inspection.

Advanced semiconductor microscope with episcopic and diascopic illumination capabilities for 200mm wafer inspection.

Nikon's proprietary wafer loader series capable of reliably loading ultra-thin 100 micrometers wafers with optimized sensor arrangement and non-contact centering mechanism.

Microscope designed for flat panel display and large scale integration inspection with antistatic coatings and ergonomic controls.

Fully featured wafer loader series supporting inspection requirements for 6-inch and 8-inch semiconductor wafers.

Advanced semiconductor microscope designed for precision optical inspection of 200mm wafers and electronic devices.

Advanced semiconductor microscope for exceptionally precise optical inspection of 300mm wafers, reticules, and other substrates.

Metallurgical inverted microscope series.

The N-SIM S Super Resolution Microscope is a unique high-speed structured illumination system that achieves acquisition speeds of up to 15 fps, enabling fast biological processes to be captured at twice the spatial resolution of conventional light microscopes.

Super-resolution fluorescence microscope system utilizing STORM technology to reconstruct images with tenfold increased resolution in x, y, and z by combining precise localization information for individual fluorophores.

Upright microscope equipped with a built-in high color rendering LED light source and manual stage movement.

STEDYCON allows imaging to nanoscopic scales with over 6x higher lateral resolution compared to a widefield microscope, using direct imaging without the need for reconstruction or post-processing.

Microscope camera equipped with a 2 megapixel CMOS image sensor to capture full HD microscope images and movies.

An automation unit of cleanroom class 5 designed for the autonomous loading and unloading of 6-inch wafers from cassettes for inspection.

The DeepSIM super-resolution system is an easy-to-use solution based on multi-spot lattice structured illumination, providing subcellular structural study with an XY resolution of 100 nm.

Monochrome microscope camera featuring a Nikon FX-format monochrome CMOS sensor with 16.25 effective megapixels and electronic cooling.

Electrostatic discharge safe sextuple nosepiece.

Motorized zoom research stereo microscope featuring an innovative Perfect Zoom Optics system with a world-first zoom ratio of 25:1, high resolution, and exceptional fluorescence transmission capability.

Compact LED illuminator offering power savings and long life for microscope illumination.

Adapt the CSU-W1 for super resolution imaging with enhanced resolution and confocal sectioning simultaneously.

Digital microscope series for slide scanning and digital pathology.

Measuring microscope series for industrial inspection and metrology.

High numerical aperture objective lenses designed for maximizing optical resolution in super-resolution and other imaging techniques.

All-in-one digital microscope and slide scanner from PreciPoint.

Parallel-optics type stereo microscope offering high resolution and ergonomic operation.

The A1R features a hybrid scanner combining a Galvano scanner and a resonant scanner in one scanning-head.

High-resolution digital cameras designed for microscope integration.

Versatile parallel-optics type stereo microscope with a wide zoom range suitable for various applications.

Greenough-type stereo microscope featuring a 7.5:1 zoom ratio and long working distance.

The C2+ confocal microscope is a basic model within the family of Nikon confocal products, providing powerful and robust imaging capabilities with high-efficiency scan heads and detectors.

Yokogawa Spinning Disk Field Scanning Confocal System featuring super-resolution imaging by optical pixel reassignment with 2x resolution improvement vs widefield.

Stereo microscopes offering an impressive 12.7:1 zoom ratio, high resolution optics, and enhanced ergonomics.

All-in-one microscope and scanners from PreciPoint offer a unique combination of digital microscopy and scanning functionalities to improve the microscopy workflows of histology labs.

All-in-one digital microscope and slide scanner supporting high-resolution air and oil objectives up to 100X.

This is a benchtop inverted microscope that assists data acquisition with an efficient imaging workflow, because AI assists in all tasks from observation to analysis.

Nikon’s upright motorized microscope system for automated imaging of microscope slides in a research setting, featuring a proprietary stratum structure for double-layer mounting.

Achromat brightfield objective lens series.

Dedicated interface for Nikon's confocal and multiphoton systems, providing easy instrument setup and streamlined operation.

Total acquisition-to-analysis solution for high-content imaging applications with seamless workflow from microscope and peripheral device control to data analysis and management.

Stereo microscope with 7.5:1 zoom ratio with trinocular head option for digital imaging and one of the highest zoom magnifications in its class.

High power oil immersion objective designed for high precision imaging.

Manual zoom research stereo microscope providing advanced optical performance and incredibly bright fluorescence at an attractive price.

All-in-one digital microscope and slide scanner equipped with InstantScan mode.

Breakthrough stereo microscope optics delivering high zoom ratio of 25:1, unprecedented resolution and bright, fluorescent images.

A stereo binocular microscope featuring a Nikon Plan Apo 0.75 and an ED Plan 2X objective.

Yokogawa Spinning Disk Field Scanning Confocal System, offering fast imaging up to 2000 Hz and an efficient light path for lower power lasers and shorter exposure times.

Objective lenses perfect for imaging 3D cell cultures and thick tissue samples, providing superior depth and resolution performance.

Upright microscope with a fixed stage and focusing nosepiece dedicated to electrophysiological research.

Spinning disk systems from CrestOptics providing flexible and budget-friendly choices with a large field of view for high throughput imaging.

Brightfield objective lens with correction mechanism for inspecting LCDs.

Objective lenses with correction mechanisms for varying glass thickness and working distances.

Sextuple nosepiece equipped with an integrated analyzer slot.

Polarizing material microscopes for analyzing birefringent specimens.

User-friendly and affordable Greenough-type stereo microscope model.

An analysis pipeline option with AI capabilities enabling easy customization of complex analysis or statistical flows like 3D volume measurement and 4D tracking.

Cleanroom class 5 automation unit designed for autonomous loading and unloading of 6-inch wafers from cassettes for inspection.

Compact and affordable Greenough-type stereo microscope model.

Microscope objectives designed for the ECLIPSE Ei, providing image flatness and chromatic aberration correction throughout the visible spectrum.

Electrophysiological research microscope featuring single or dual motorized nosepieces for smooth objective switching.

Sextuple nosepiece for differential interference contrast microscopy.

A free software package featuring basic image acquisition, measurement functions, and support for Wi-Fi connection with compatible cameras.

Compatible with various optical clearing agents with a wide range of refractive indices, designed for ultra-deep, large-scale imaging.

An artificial intelligence and deep learning software suite designed to expand the NIS-Elements platform by providing tailor-made solutions for microscope image acquisition, visualization, and analysis.

Spinning disk confocal systems from Yokogawa Life Sciences providing fast and user-friendly options for live cell, organoid, and other imaging applications.

Software package for photo-documentation including basic measuring and reporting tools.

Objectives that do not use a cover glass, suitable for observation of specialized samples.

Standard software used for selecting specific inspection areas and programming Nikon NEXIV video measuring machines.

Long working distance condenser for microscopy.

An inverted and fully automated ECLIPSE Ti2 microscope with objective TIRF illumination and H-TIRF module.

Swing-out achromat condenser supporting 1X to 100X magnification.

Swing-out achromat condenser supporting magnifications from 2X to 100X.

Slide achromat condenser supporting 2X to 100X magnification.

Dry objective for high-magnification and high-resolution brightfield and DIC microscopy, optimal for IMSI and related applications.

High-correction achromat aplanatic condenser.

Achromat condenser for corrected brightfield illumination.

Standard Abbe condenser for brightfield microscopy.

Photo adapter for microscope camera mounting.

Turret condenser dedicated to phase contrast microscopy.

Dedicated spectral detector unit system providing high-precision and high-speed 32-channel spectral imaging or high-sensitivity spectral imaging.

An imaging option for Nikon confocal microscopes that enables near-infrared excitation in addition to conventional visible-light excitation for multicolor fluorescence imaging and deep tissue observation.

Motorized swing-out condenser for transmitted light.

A pre-trained deep learning function included in the NIS-Elements AR core package designed to remove shot noise from confocal microscope images.

Precentered lamphouse for transmitted light illumination.

Dry dark field condenser for unstained specimen observation.

Oil immersion dark field condenser.

15X magnification CFI eyepiece for microscopes.

Epi-fluorescence LED illumination system comprising a lamphouse and remote controller.

Moves the objective correction collar to the optimum position for best resolution remotely and by software control without disturbing specimen position.

12.5X magnification CFI eyepiece for microscopes.

An eco-friendly, multi-LED light source for fluorescence applications. Simple and maintenance free, the D-LEDI mounts directly to the microscope’s Epi-FL module and provides bright and stable illumination for fluorescence imaging.

Lumencor Sola Light Engine: Stable and cost-effective solid-state white light excitation source.

Video measuring system series.

An AI-powered module that automatically removes blur and out-of-focus light haze from fluorescence microscope images.

A software-controlled, automatic water dispenser enabling long-term time-lapse imaging using refractive-index matching water immersion objectives.

A tool that restores signal-to-noise ratio and details in underexposed fluorescent samples by training on properly-exposed reference images.

Multi-spectral solid-state excitation source featuring independent multiple solid state sources, operational wavelength range of 380-680 nm, and a warmup time of 1 second.

A tool within the NIS.ai module that predicts what a second imaging channel would look like when only the first channel is acquired, based on recognized patterns.

A neural network-based segmentation tool trained by human classification of structures of interest that cannot easily be defined by classic thresholding.

Automated CT inspection solutions designed for proactive manufacturing process control, providing detailed, operator-independent inspection data within minutes.

CNC video measuring system series.

Dispersion Staining includes a number of related techniques for identifying materials based on their dispersive properties, commonly used for asbestos identification.

Metrology X-ray CT system designed for precise dimensional measurements.

High accuracy CNC video measuring system.

Digital micrometers and length measuring systems.