The OLS5000 3D measuring laser microscope scans laser light over the surface of a sample to provide enlarged images of micro-scale features and to perform shape measurements of surface roughness, steps, and other features.

The LEXT OLS5000 microscope is the successor to the OLS4100 microscope and offers significantly improved measurement performance. New 4K scanning technology and enhanced optics designed specifically for the LEXT OLS5000 microscope enable the detection of near-perpendicular features and small steps at close to the nanometer scale. The microscope comes with intuitive software designed for usability with features including the ability to automate settings that previously had to be specified by the operator. Large samples or samples with an uneven surface can be measured thanks to the addition of an expansion frame that can accommodate samples up to 210 mm tall and a long working distance objective lens designed specifically for the OLS5000 microscope. This provides support for sophisticated user requirements from performing observations through data acquisition, analysis and reporting.

Main Features
1. Enhanced measurement reliability thanks to 4K scanning technology and optics designed specifically for the OLS5000 microscope
2. Data acquisition that is four times faster than the previous model and intuitive software
3. Accommodates samples up to 210 mm tall and concavities up to 25 mm deep using an expansion frame and long working distance objective lens

Built for failure analysis and material engineering research, the OLS5100 laser microscope combines exceptional measurement accuracy and optical performance with smart tools that make the microscope easy to use. Precisely measure shape and surface roughness at the submicron level quickly and efficiently to simplify your workflow with data you can trust.

Simplify Your Measurement Testing Workflow
The microscope’s Smart Experiment Manager helps users manage the planning, acquisition and analysis phases of their experiments. The microscope scans samples according to a customized experiment plan generated by the software, helping to keep users from missing data or redoing work. During analysis, the software’s trend visualization tools make it easier for users to spot problems.

Data You Can Trust
The OLS5100 microscope’s Smart Lens Advisor takes the guesswork out of selecting the right objective lens when measuring surface roughness. In three simple steps, the Advisor rates the objective lens based on the application, so users know they are using the right objective.

Reliable Data at the Push of a Button
Some laser microscopes are complicated, but the OLS5100 microscope makes data acquisition simple—just place a sample on the stage and press the start button. The microscope will make all necessary setting adjustments and acquire the data.

With outstanding accuracy and optical performance combined with smart tools that make system easy to use, the OLS5100 laser microscope simplifies experiment workflows and delivers high-quality data users can rely on.

Olympus MX microscopes are developed with the concept to offer the highest efficiency for all our customers. MX microscopes ensure beneficial four levels, Fast start-up, Easy Operation, Failure analysis and expandability for users.

The AL120 wafer handler series transfers both silicon and compound semiconductor wafers from the cassette to the microscope stage with enhanced capabilities and flexibility, while maintaining an ergonomic design.

DSX series digital microscopes combine the quality of our renowned optical technologies with the ease of use of digital technologies. The DSX1000 digital microscope is used to observe and measure a variety of samples, including electronic components and metal materials. The microscope requires little training to use; simply place your sample and easily perform a series of operations from 3D observation to measurement and reporting.

The DSX1000 microscope meets a wide range of observational and analytical needs in a single unit while improving the inspection workflow. An expanded lineup of 15 lenses covers a 20-7,000X magnification range. Users can also take advantage of the microscope’s six observation methods to observe and measure a variety of objects. For example, techniques are available to highlight irregularities on a sample surface or emphasize contours. The main unit and stage can each be freely adjusted ± 90° to accommodate samples with many shapes and to view the samples from all angles. In addition, newly developed algorithms can be used to acquire 3D images approximately ten times faster than conventional digital microscopes. Lastly, we support efficient and accurate observations and analyses by calibrating microscopes for each user’s operating environment to help ensure accurate measurements.

Main Features
1. 20–7,000X magnification range and a rotating stage.
2. Immediately switch between objective lenses and six observation methods.
3. Telecentric optical system provides guaranteed measurement accuracy throughout the magnification range

Available models:
Entry Model - Easy to use with basic functionality.
Tilt Model - See sample from many angles
High-Resolution Model - High-Resolution for advanced analysis
High-End Model - 6 observation methods and advanced measurement functions

As the successor to the BXiS, the new BX53M/BXFM is the first full model change in 15 years. With the addition of units that facilitate focus adjustment and switching between different observation methods, the new model is designed to be even easier to use. It is also suitable for a wide range of user applications, with a high degree of expandability made possible by the extensive range of units carried over from the previous model. When used in conjunction with the enhanced OLYMPUS Stream software, the BX53M/BXFM provides workflow support from observation through to measurement, analysis, and reporting.


BX53M/BXFM Main Features:
1. Designed to be even easier to use, with the addition of units that facilitate aperture adjustment and switching between different observation methods
2. Suitable for a wide range of applications, with a high degree of expandability made possible by an extensive range of units

Olympus GX series Inverted Metallurgical Microscopes are reliable and high performance imaging system with the advanced Olympus UIS2 optics. GX microscopes ensure the high efficiency by the combination with Olympus Imaging Analysis software.

The STM7 microscopes offer excellent versatility and high performance three axis measurements of parts and electrical components, with sub-micron precision. Whether samples are small or large, simple or complex, or measurements are being taken by a novice or an expert, the Olympus STM7 range features measuring microscopes tailored to fit your needs.

Powerful Cameras for Everyday Industrial Microscopy Applications
DP23 Digital Microscope Cameras

Designed for routine life science and clinical research microscopy imaging, the DP23 digital microscope camera’s combination of smart features and good color reproduction provide high-quality images in an easy-to-use camera.

Fast Microscope Camera
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Quickly capture images with the level of detail required for most life science imaging applications.

6.4-megapixel high resolution at 45 frames per second (fps)
Designed for local and remote image sharing for conference and consultation
60 fps full HD live images


Reliable Color Rending
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The DP23 camera realizes good color reproduction on your monitor.

Dedicated ICC profiles show your samples in their natural colors
Common life science dyes look the way you expect them to
Use with Olympus’ True Color LED light source and the BX53 microscope for a complete color-optimized system


Large Field of View Microscope Camera
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See more of your sample with an incredibly large field of view (FOV) up to FN25.

Images are sharp, flat, and in focus from the center to the periphery
Use with our latest optics—including X Line objectives and a 0.35X camera adaptor designed for a wide FOV— to maximize the camera’s potential
*Your microscope system must be compatible with an FN25 FOV.

Advanced Digital Camera for Challenging Applications
DP74 Digital Microscope Camera


Intelligent Imaging for an Improved Workflow
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The DP74 color camera supports advanced functions to capture high-quality images. It’s optimized for fluorescence imaging with powerful noise reduction and a high level of gain sensitivity.


Fast Image Acquisition, Fast Inspections
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High-definition 1920 × 1200-pixel live images can be displayed at 60 fps, enabling clear observation and real-time focusing with no image deterioration. During inspections, the camera renders clear images of microstructures, such as fine patterns on wafers or the surfaces of new materials. When using features such as multiple image alignment (MIA) to acquire panoramic images or extended focus imaging (EFI) to capture an all-in-focus image over multiple Z-levels, the camera’s high frame rate enables users to complete their imaging tasks quickly and efficiently.


Detect Subtle Flaws
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A sample’s appearance can vary depending on the quality of the material, surface conditions, or illumination methods. To show samples accurately, the camera’s Live High Dynamic Range (HDR) combines several images taken at different exposures to correct for brightness differences on the sample’s surface. Live HDR provides high-fidelity images that show not only textures but also flaws and defects that were previously undetectable. Glare is also reduced for more comfortable observation.


Observe Faint Fluorescence
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A CMOS drive system, low-noise electronics, and optimized image processing enable you to capture images across a broad range of signal gain corresponding to ISO200-6400 standards. The camera’s advanced technologies enable the CMOS sensor to capture sample details using multiple observation methods such as reflected light, darkfield, or fluorescence.


High-Resolution Images Under Low Magnification
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Using 3-CMOS mode, a 2.3-megapixel CMOS is combined with pixel-shifting technology, resulting in a 20.7-megapixel resolution. In addition to conventional 3 × 3 pixel shifting of one color per pixel, the DP74 camera’s 3-CMOS pixel shift mode enables three-color image resolution (RGB) within a single pixel to further enhance resolution.

Simplify Complex Microscope-Based Manufacturing Tasks

The AR1 microscope system enables you to overlay text and digital images over your microscope's field of view, making it easy to follow directions, read notes, and even watch videos without removing your eyes from the eyepieces.

The AR1 module works with Olympus SZX stereo microscopes, turning them into augmented reality tools that improve the speed and efficiency of your microscope-based manufacturing tasks and training.

Olympus SZX/SZ Stereo Microscopes offer clear stereoscopic view with comfortable and ergonomic operation. Extensive types of frames with variety of optical options with wide range of zoom support various applications.

Their mounting interfaces are compatible with standard optical breadboards and microscope stages,allowing you to easily reconfigure your setup for new experiments. Not directly attached to the sample, these stages are ideal for use at low optical working distance. They are also well adapted to contact large substrates mounted on sample holders that are moved by a positioning stage (e.g. wafer chucks, Petri dishes).

Versatile. 4 manipulators, 1 platform, multiple microscopes.
Faster experiments. Observe, prepare and characterize your samples at once.
Hassle-free probe positioning. Instantly adjust the orientation to any sample geometries.
High mechanical stability. Move without vibration and maintain steady electrical contacts.

Nordson DAGE, the only x-ray company whose focus is on x-ray electronics inspection, offers the Nordson DAGE XD7500VR Jade FP x-ray inspection system that uses the latest technology flat panel detector to provide the market leading, cost effective approach where high quality real time imaging is needed for production tasks. With a great specification, this foundation platform easily outperforms the competition.
The Nordson DAGE open, transmissive x-ray tube, with its long lifetime filament technology, together with the high quality 1.33 Mpixel CMOS flat panel detector makes this jewel of a system provide the most cost effective choice in terms of price and performance for the high magnification and high resolution real-time imaging necessary for electronics inspection. The vertical system configuration, with the x-ray tube sitting below the isocentric ‘move and tilt’ of the detector, all controlled through the simple, joystick-free, ‘point and click’ software. This provides the safe and collision-free inspection for production applications. All these tasks can be simply and quickly automated without the need for programming skills.

Nordson DAGE, the only x-ray company whose focus is on x-ray electronics inspection, offers the Nordson DAGE XD7600NT Ruby FP x-ray inspection system that uses the latest technology, flat panel detector to provide the first choice for high quality real time imaging in production.
The unique Nordson DAGE NT maintenance-free, sealed transmissive x-ray tube, providing 0.5 μm feature recognition and up to 10 W of target power, together with the 2 Mpixel long lifetime CMOS flat panel detector makes this jewel of a system the choice for high performance and high magnification real-time imaging. The vertical system configuration, with the x-ray tube sitting below the isocentric ‘move and tilt’ of the detector, all controlled through the simple, joystick-free, ‘point
and click’ operation of the Nordson DAGE Image Wizard Software provides the safe and collision-free inspection required for production applications. All these tasks can be simply and quickly automated from within the standard Nordson DAGE software without the need for programming
skills. Optional upgrades include μCT.