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Microscopy Solutions (Industrial)

Microscopy Solutions (Materials Science)

Application Notes

Microscopy Solutions for Green Hydrogen Manufacturing

Defect Detection on Etched Silicon Carbide (SiC) Wafers

プリント基板（PCB）における不良解析の課題と解析事例紹介

Evaluating Pore Size of Artificial Bone Replacement Material Using a 3D Laser Scanning Microscope

合成繊維（ナイロン系生地）の表面観察 - デジタルマイクロスコープによる観察と課題解決

Copper Foil Surface Roughness for 5G Printed Circuit Boards

How Clean is Your Syringe?

Precisely Measuring the Steep Gradient of a Miniature Bearing for a Rotating Dental Drill

Evaluating the Anti-Glare Property of a Speedometer Cover with High Precision Using a Laser Scanning 3D Microscope

Using a High-Resolution Digital Microscope to Perform Highly Accurate Thickness Measurements of the Internal Layer of a Multilayer Ceramic Condenser

Quantitative Analysis Of Pashmina Wool Using An Industrial Microscope

Inspecting Medical Hypodermic Needles Using a Measuring Microscope

Measuring the Surface Roughness of Medical Needles Using a Laser Scanning Confocal Microscope

Observing the Metal Flow in Forged Products Using a Digital Microscope

High-precision three-dimensional measurement : Measuring the shape of microchannels with a 3D laser microscope (Japanese only)

Measuring the Circuit Shape of a Printed Wiring Board Using a Digital Microscope

Inspecting Glass Fiber Peeling in a Printed Wiring Board’s Glass Epoxy Substrate—Clear Images Are Essential for Quality Control

Detecting Manufacturing Defects on Semiconductor Wafers Using a Digital Microscope

Detecting Damage on a Drill Bit Edge Using a Digital Microscope

Acquiring Clear Images and Accurate Dimension Measurements of a Laminated Ceramic Capacitor Using a Digital Microscope

Measuring the Volume of Integrated Circuit Chipping After the Dicing Process Using a Digital Microscope

Analyzing Fractured Metal Surfaces with a Digital Microscope

How a Digital Microscope’s Deep Focal Depth Enables the Complete Inspection of Connector Pins

Inspecting Bonding Wires Using a Digital Microscope

Inspecting a Brake Pad’s Surface Using a Digital Microscope

Measuring Microscopes – Precision and High Throughput in Manufacturing

Case Study: More Than Just Scratching the Surface — Improving Speed and Precision at Croda

Inspecting the Cavity Profile of Xenon Difluoride (XeF2) Etched Silicon (Si) Wafers for Suspended Antenna-Coupled Nanothermocouples

Nonmetallic Inclusion Analysis in Steel

Roughness Measurement of Gear Teeth for Eco-Friendly Cars

Measuring the Profile of a Bonding Wire Ball

Measuring the Thickness of Photoresist Film

Height Measurement of Microscopic Bumps on an Integrated Circuit

Analyzing Metal Contamination in Piston Rings

Maximize Precision in Industrial Particulate Inspections

Measuring the shape of scratches on vehicle-mounted camera lenses

Measuring the roughness of the inner wall of medical tubing

Measuring the shape of an automotive millimeter-wave radar’s circuit board

Measuring the Layer Profiles of Thin-Film Solid-State Lithium-Ion Batteries Manufactured Using the Inkjet Technique

Measuring the Surface Roughness of a Lead Frame Die Pad

Measuring the Roughness of Lithium-Ion Battery Electrodes Using a Laser Microscope

Contamination Analysis After the Camshaft Cleaning Process

Analyzing cleaned bearings for metal contamination

Measuring the Surface Roughness of Lithium-Ion Battery Electrode Collectors

Surface roughness measurement of the cam lobe of a camshaft

Using a microscope to inspect the solder wettability of mounting components

Observing Toothbrush Bristle Tips

Foreign Matter Entangled in Fibers

Evaluation of Steel Grain Size

Evaluation of spheroidal graphite cast iron

Contamination Analysis of Hydraulic Facilities for Steel Plants using the OLYMPUS CIX100 Technical Cleanliness Inspection System

Metal Contamination Analysis of Automotive Lithium-Ion Batteries using the OLYMPUS CIX100 Technical Cleanliness Inspection System

Roughness measurement of an engine valve face using a laser microscope

Headlamp Lens Waviness Measurement Using a Laser Microscope

Observation and measurement of profile changes in wiper blades using a laser microscope

Observing the Surface Condition of Separators in Lithium-Ion Batteries Using a Scanning Probe Microscope (SPM) Combined with a Laser Microscope

Surface profile measurement of oil seals using a laser microscope

Measurement of the inner wall waviness and roughness of a turbocharger housing using a laser microscope

Evaluating the Roughness of Raceway Grooves in the Inner and Outer Rings of a Ball Bearing

Evaluating the shape of plastic bottle drinking spouts

Inner/outer wall roughness of a metal tube

Evaluating the Oil Groove Configuration of the Big End of Connecting Rods

Evaluation of Oil Grooves on the Sides of Pistons

Evaluation of the Inner Surface of Cylinder Liners

Evaluating the shape of a plastic bottle vent hole of drinking spout

Surface Roughness Evaluation of Memory Cards

3D Evaluation of Automobile Door Switch Embossing Using the LEXT OLS5000 Laser Microscope

Evaluating the Internal Roughness of Injector Nozzles

Fluorescent observation of cracks in brake pads

Roughness Evaluation of the Side Surface of Piston Rings

Inspecting Burrs on Pistons Using a Digital Microscope

Measuring a Connecting Rod’s Slit Width Using a Digital Microscope

Burrs on processed metal goods

High-definition observation of the metal structure of materials for thermal power plant piping

Surface roughness of single-portion containers of coffee cream

Surface roughness of zipper poly bag fastener rails

Evaluation using visual comparisons with standard diagrams of industrial standards

Measuring Weld Throat Thickness with OLYMPUS Stream Image Analysis Software

Circuit Pattern Inspection on Wafer Samples

Measuring the Edge Shape of Engine Inlet and Exhaust Valve Heads

Measuring the Thickness of Automotive Pipe Coatings Using a Digital Microscope

Using Image Analysis Software to Measure Throwing Power or PCB Copper Plating Thickness Uniformity

Inspection of Contaminants in the Space Expander of a Piston Ring

Inspection of Fuel Injection Nozzle Aperture Burrs

Angle Measurement of Fuel Injection Nozzle and Needle Tip

Wiring Inspections for Flexible Printed Circuit Boards (PCBs)

Au Area Ratio Measurement for Bonded Surfaces after Bump Abruption

Parts mounting position measurement of O2 sensor

Microscopic Inspection of O2 Sensor Housing Cover

Conducting Steel Plate Surface Texture Topography Analysis with a Laser Scanning Digital Microscope

Contaminants in Printed Circuit Board (PCB) Through-Holes

Inspecting the Brazed Joints of Radiator Fins Using a Digital Microscope

Evaluating the Cleanliness of Brake Calipers

Evaluating the Cleanliness Diesel Injectors

Evaluating the Cleanliness of the Inside of a Radiator Tube

Evaluating the Cleanliness of Automotive Parts

Measuring the volume of adhesive drops

Dimensional measurement of perforations on a paper box

Dimensional measurement of embossed carrier tape for capacitors

Step measurement of transparent film applied to a glass surface

Inspection of the processed shape of expanded metal

Loop Height Measurement for Wire Bonding

Measuring the Height of Wafer Bumps

Shape Evaluation of Photomask Lens Arrays Molded with a Gray-Scale Mask/Noncontact 3D surface profile measurement using a laser microscope

Inspection in the MEMS Manufacturing Process/3D shape measurement of a micron-sized area using a laser microscope

Evaluation of razor blade edges/Micro shape measurement using a laser microscope

Evaluating the Coating on a Smartphone Housing / Film thickness measurement and 3D surface profile measurement using a laser microscope

Roughness Evaluation of the Inner Lead of a Lead Frame / Surface roughness measurement of a micro area using a laser microscope

Shape Evaluation of a Marking Stamped on a Metal Surface / 3D shape measurement using a laser microscope

Surface Roughness Measurement for Stainless Steel / Micro surface roughness measurement using a laser microscope

Ripple Marks Formed in Die-Casting / 3D shape measurement using a laser microscope

Surface Observation of Various Fibers for Fabrics/ 3D shape observation of a micro area using a laser microscope

Surface Profile Evaluation of Diffuser Plates for LCDs / Non-contact 3D shape measurement using a laser microscope

Evaluating the Shape of the Landing Zone Pattern and Contaminants on a Hard Disk / All-in-one system of optical, laser, and probe microscope capabilities provides seamless measurement from the millimeter to nanometer level.

Surface Roughness of Ceramic Parts for Textile Manufacturing Machines / Surface roughness measurement of a micro-sized area using a laser microscope

Surface Profile Evaluation for Shim Rings / Non-contact 3D shape measurement using a laser microscope

Evaluating the surface profile (roughness) of coated abrasives / Non-contact 3D shape measurement using a laser microscope

Surface profile of the light guide plate for LCDs / Non-contact 3D shape measurement using a laser microscope

Surface profile evaluation for thermal spraying / Surface roughness measurement using a laser microscope

Shape and surface roughness measurements of screws / Surface roughness measurement using a laser microscope

Surface observation of ink-jet paper and regular paper / Non-contact 3D profile evaluation using a laser microscope

Detecting flaws in heat-treated aluminum alloy parts / Various microscopy techniques using digital microscopes

Shape evaluation of a marking stamped on a metal surface / 3D shape measurement using a digital microscope

Quality management in working with extra-fine tubes / Surface roughness analysis of a micro area using a laser microscope

Ripple marks formed in die-casting / 3D shape measurement using a digital microscope

Quantitative Investigations of the Interconnect

Looking towards a Future of Affordable Solar Energy

Studying the Electro-mechanical Behavior of Thin Films

Surface Roughness Measurement of Flexible Print Substrate using the Olympus OLS4100 Laser Confocal Microscope

Evaluating the Contacting Terminals of Wafer Level Chip Size Packages (CSPs) using the Olympus OLS4100 Laser Confocal Microscope

Using the Olympus OLS5000 Laser Confocal Microscope to Measure Dross in Laser Cutting Applications

Measuring the Surface Roughness of Ball Bearings using the Olympus OLS5000 Laser Confocal Microscope

Using the Olympus OLS5000 Laser Confocal Microscope to Measure Surface Roughness on the Metal Part of Dental Implants

Roughness Measurement of Sliding Metal Surfaces using the Olympus OLS5000 Laser Confocal Microscope

Using the Olympus OLS5000 Laser Confocal Microscope to Measure the Surface Roughness of Printed Circuit Boards

Abrasion Resistance Evaluation for Cubic Boron Nitride (CBN) Tipped Tools using the Olympus OLS5000 Laser Confocal Microscope

3D Shape Evaluation for Diamond Electrodeposition Tools Using the Olympus OLS5000 Laser Confocal Microscope

Sectioning Analysis for Ball Grid Array (BGA) Surface Mounting of Semiconductor Package using the Olympus OLS5000 Laser Confocal Microscope

Setting standards in optical metrology at the PTB

Inspection of PGA packaging

Inspection of chipped gears

Quality Management of Hologram Print

Preserving a Legend - Industrial Microscopy and Artifact Conservation at the Walt Disney Family Museum

Multi-Scale Analysis: Evaluating Measured Topographies on Surfaces Made by Additive Manufacturing (3D Printing)

BGA Cross Section Analysis

Semiconductor Bear Wafer Lasermark

Using a Digital Microscope for Precise Burr Measurement on Injection-Molded Products

Quantifying Microwear: The Effectiveness of LSCM and ReIA for Surface Roughness Analysis of Experimental Mistassini Quartzite Scrapers

History in a new light, The role of light microscopy in cultural heritage

CSI: Abertay-Light Microscopy in Forensics Research

Active Pharmaceutical Ingredient (API) Confirmation with X-ray Diffraction

Alternative Materials for Alternative Energy

Gaining the Edge: The Design and Development of a Device Equipped to Create 3D Ski Edge Measurements

Maximizing Data Recovery: Utilizing 3D Digital Laser Microscopy to Image Damaged Optical Media

Case Study (SGS Group): Metal and CFRP Material Observations

Evaluating New Methods of Dental Erosion Analysis

The future of industrial quality control

Evaluating Sample Preparation of Stone Tools: Effects of Cleaning on Surface Measurements

Quilt Packaging: Lining Up an Array of Opportunities

Cast Iron Analysis

Robot Insect Wings

Grain Size Analysis in Metals and Alloys

Videos

How to Use Enerpac’s Sweeney Turning Tool with an IPLEX Series Borescope or Videoscope

BXC-CBB Modular Microscope Assembly for High-Throughput Inspections

Improving Materials Analysis Inspections with MX Plan Semi-Apochromat Objectives

SZX-AR1: Augmented Reality Microscope System

IE Japan Seminar: DSX1000 Solution

IE Japan Seminar: Microscope Solution

IE Japan Seminar: Stereo Microscope and Digital Camera Solution

DSX1000: Demonstration Guaranteed The Accuracy and Repeatability

DSX1000: Demonstration Stiching Function

DSX1000: Demonstration Reproduction Function of Observation Conditions

DSX1000: Demonstration Various Observation Method With One Touch

DSX1000: Demonstration Best Image Function

DSX1000: Demonstration Free Angle Observation System

DSX1000: Demonstration Wide Field Range Observation from Macro to Micro

DSX1000: Demonstration Digest

OLS5000: Demonstration (Japanese only)

Olympus Stream Image Analysis Software: How to acquire an image without halation using the MIX illumination method

DSX1000: Promotion video

Metal Industry Inspection Solutions video

OLS5000: Simple Product Demonstration

CIX100 - Technical Cleanliness Inspection System

Proper Setup of a Basic Stereo Microscope

BX3M Product Overview

Stereo Microscope Ergonomic Video

STM7 Measuring Microscope

OLYMPUS Stream - Count and Measure (Object Detection and Classification)

Roughness for Science and Conservation, a Lecture at the Smithsonian Institution by WPI Professor Christopher Brown

OLYMPUS Stream - License Activation

Tech Tours - Olympus Industrial Microscopes

OLYMPUS Stream - Performing Manual Magnification Calibration

OLYMPUS Stream - Material Solution Modules

OLYMPUS Stream - Image-Analysis Software

OLYMPUS Inspector Series - Product Overview

OLYMPUS Stream - My Functions Tool Window

OLYMPUS Stream - Layer Thickness Solution

OLYMPUS Stream - HDR (High Dynamic Range) Imaging

OLYMPUS Stream - Inclusion Worst Field Analysis (Non-metallic Inclusions)

OLYMPUS Stream - Grains Intercept

OLYMPUS Stream - Configuring and Using the U-CBS Coded Nosepiece Controller

OLYMPUS Stream - MIA - Automated Stitched Image Acquisition

OLYMPUS Stream - MIA - Manual Stitched Image Aquisition

OLYMPUS Stream - Automated EFI

OLYMPUS Stream - Macro Recorder

OLYMPUS Stream - 3D Imaging and Measurements

OLYMPUS Stream - Manual EFI Capture

LEXT - Panoramic Image Acquisition

LEXT - Confocal Image Acquisition 2 of 2

LEXT - Confocal Image Acquisition 1 of 2

OLYMPUS Stream - Count and Measure with Particle Separation

OLYMPUS Stream - Page Template Creation

OLYMPUS Stream - Report Generation

Blog

Revealing the Power of the OmniScan™ X4 at ASNT 2024

What Is Microhardness Testing? Comparing Vickers and Knoop

How to Detect and Measure Diamond Flaws for Quality Control

Quality Assurance Insights to Control and Improve Your Production Process

Food Analysis Using a Micro-Raman Spectrometer with Immersion Objectives

2 Easy Ways to Verify the Operation When Integrating Motorized Microscopy Components

Customized Microscopy Solutions for Electric Vehicle Battery Inspection—3 Examples

ElFys Advances Light Sensing Technology with Digital Microscopy

How PRECiV DSX Software Is Transforming Digital Microscopy

Quantifying Texture in Surface-Treated Films: A Comparison of Spatial Parameters

Choosing Your Ideal Digital Microscope: The Essential Guide

Digital vs. Optical Microscopes: An In-Depth Comparison

Be in Command of Your Industrial Microscopy Images and Data

How MIX Observation Screening Saves Time for Raman Analysis

Art of Chemistry: Meet the First IOTY Materials Science Award Winner

Smaller, Lighter, and Smarter: How We Shrunk Our OEM Control Boxes to Offer Integrators More Flexibility

Optimize Your Wafer Inspection Microscope and Workflow

The Potential of AI-Based Image Analysis in Metallography and Materialography

9 Ways to Expand Your Inspection Capabilities Using PRECiV™ 1.2 Software

How to Use Particle Traps to Monitor Environmental Cleanliness

Improving the Quality of Machined Surfaces Using Digital and Laser Microscopy

Capabilities of Near-Infrared Imaging for Electronics and Semiconductor Inspection

3 Advantages of Using Augmented Reality Microscopes in Medical Device Assembly

What Is Tape Lift Sampling?

Direct Liquid Filtration: Best Practices for Fluid Sampling in Cleanliness Analysis

3 Microscopy Techniques that Transform the Ordinary into the Remarkable

Designing an Objective Lens to Improve Throughput in Semiconductor Inspections

A Picture Is Worth a Thousand Words in Component Cleanliness Inspections

Water Repellency and Surface Roughness in Films: Example Using a Yogurt Lid

DSX1000 Digital Microscope Wins an iF Design Award 2022

Mix Observation Methods to See More in Your Wafer Defect Inspection

Static Electricity and Surface Roughness in Films: An Experiment

How UIS2 Optics Have Improved Raman Spectroscopy

It’s Not Child’s Play—Making Baby Products Safer Using Digital Microscopes

Advantages of Laser Microscopes for Measuring the Roughness of Copper Foil used in 5G PCBs

See Particle Contamination in Real Color to Verify Metallic Particles

Industrial Microscopes Support Lithium-Ion Battery Safety for Electric Vehicles

Controlling Quality Control in Electronics Manufacturing Using PRECiV™ Software

Identifying Fake Artifacts Using Industrial Microscopes

Speed Up Your Metallurgical Image Analysis Using This Simple Setup

Analyzing Coal Combustion Residuals Using the Power of Deep-Learning Image Segmentation

Cracking the Quality Code: Assessing Flaws in Glazed Ceramics Using Digital Microscopy

Turning Inspection Heads in the Power Generation Market Using the IPLEX™ NX Videoscope—A Customer Review

Millennia in the Making: Inspecting Traditional Chinese Medicine Using Digital Microscopy

Spotlight on Application Engineers—Meet Dillon McDowell, XRF Specialist

Improving the Efficiency of Quality Assurance Teams through Microscope Inspections

3 Ways to Maintain Pristine Pipe Welds in Pharmaceutical Plants Using Visual Inspection

Discovering the Unseen Beauty of Sand Under a Digital Microscope

Surface Roughness Measurement: Practical Tips to Get Started

The Importance of Integrating Ergonomics into Your Routine Microscopy

Imaging on the Fly—Observing Medically Important Insects Using Digital Microscopes

Fusing Technology and Expertise to Help Solve Emerging Inspection Challenges

How to Properly Clean and Disinfect Your Industrial Microscope

How the DSX1000 Microscope Improves QC Accuracy, Speed, and Efficiency for Gravure-Cylinder Making—A Customer Review

5 Advantages of the DSX1000 Digital Microscope

What Is a Digital Microscope?

ASNT 2018 Wrap Up

Breaking Down the Technical Cleanliness Workflow Part 6: Reviewing Results and Reporting

From Macro to Micro: How Digital Microscopes are Changing Industrial Inspections

Flawless Finish? How Digital Microscopy is Transforming the Automotive Paint Shop

Breaking Down the Technical Cleanliness Workflow Part 5: Reflective/Nonreflective Particle and Fiber Identification

Breaking Down the Technical Cleanliness Workflow Part 4: Contamination Level Calculation

Breaking Down the Technical Cleanliness Workflow Part 3: Particle Size Classification and Particle Count Extrapolation and Normalization

Breaking Down the Technical Cleanliness Workflow Part 2: Image Acquisition and Particle Measurement

Breaking Down the Technical Cleanliness Workflow Part 1: Preparation

Optimizing the Technical Cleanliness Inspection Workflow

Which Analysis Method Is Correct for My Materials Sample?

The Value of a Turnkey Cleanliness Inspection System

An Introduction to Technical Cleanliness Inspection

Going Ballistic: Laser Scanning Confocal Microscopy Helps Identify Breech Face Markings

Acquiring High-Quality Images Through Silicon Without Damaging the Finished Product

Using Image Analysis Software to Automatically Detect Particles in Cadmium Zinc Telluride

The Increasing Importance of Technical Cleanliness

The Trend Toward LED Illumination in Microscopy Applications

A Turnkey Solution to Technical Cleanliness

Under the Stereo Microscope

The Benefits of a Fully Motorized Microscope System

Making the Most of Köhler Illumination

Digital Microscopy in QA/QC: Pushing the Limits of Inspection

What can an imaging database do for you?

When to Use a Measuring Microscope

Why Customizable Imaging Software is Better than a Jack-of-All-Trades

The Advantages of Using Polarized Light to Identify Wear Debris

Solutions

Metal Industry Inspection Solutions

Aerospace Inspections Solutions

Gas Turbine Inspection Solutions

Infographics

Geoscience and Mining Infographic

SZX Ergonomic Infographic

Webinars

Obtén más de tu Microscopio Digital

Moving Cleanliness into the Digital Age

Roughness Parameters—How to Select the Most Meaningful One?

Smart Workflows with Advanced Laser Scanning Microscope Measurements and Experiments

Fluorescence Microscopy and Its Applications in Industry

The Advantages of MIX Illumination

Making a Better Design of Experiment with the Smart Experiment Manager

Top 10 Advantages of Digital Microscopes

5 Things You Need to Know About Surface Metrology

White Papers

BXC Series Modular Microscope Assembly Focus Sensing Unit

Roughness Measurement with LEXT, Laser Scanning Microscopes

Basic Principles of Laser Scanning Microscopes

FAQs

Learn about microscope

Manuals

PRECiV [Ver.1.1] Install Manual

TomoScan FOCUS LT Rackmount

BX3M Interference Color Chart

OLYMPUS Stream Quick Reference Guide

Brochures

CIX100 Understanding International Standards for Technical Cleanliness

Overview of UIS2 objectives

Customized Solutions for MX63 Microscopes

Simplified Optics Integration for Instrument Designers

Microscope Components for Advanced Optical Instruments

Microscope/Optical Metrology General Overview for Industrial Applications

Industrial Solutions Overview

CIX100 Hardware Accessories

MXPLFLN Series Leaflet

SZX-AR1 Augmented Reality Imaging System

Digital Microscope DSX1000 leaflet

Digital Microscope DSX1000 brochure

CIX Explanation of Standards

CIX100 Brochure

Digital Cameras for Microscopy

LEXT OLS5100 Brochure

Inverted Metallurgical Microscope GX53

Inverted Metallurgical Microscopes Customer Solutions

MX63/MX63L brochure

CIX Basics of Cleanliness inspection

LC30 Microscope Digital Camera

Motorized Microscope System BX61

BX53M/BXFM System Microscope

STM7 Measuring Microscope

TM3000 3D-VIEW Software

TM3000 Deben Stage Accessories

OLYMPUS Stream Image Analysis Software Brochure

TM3000 Scanning Electron Microscopes

SZX7/SZ61/SZ51 Stereo Microscope System

SZX16/SZX10 Research Stereomicroscope System

BXFM-A Motorized Illumination with Power Focus

AL120 Wafer Loader

AL120-12 300 mm Wafer Loader

Case Studies

Integrating Microscopy into Automated Microelectronics Manufacturing

Posters

How Laser Scanning Confocal Microscopy Benefits 3D Printing

Books

Advanced Optical Metrology 16: Advances in Microscale Photonics

Advanced Optical Metrology 15: Optimizing Interface Conductivity in Electronics

Advanced Optical Metrology 14: Tribology

Advanced Optical Metrology 13: Thin Films III

Advanced Optical Metrology: Compendium II

Advanced Optical Metrology 12: Additive Manufacturing

Advanced Optical Metrology 11: Particles II

Microscope Solutions Electric Vehicles

Advanced Optical Metrology 10: Particles 1

Advanced Optical Metrology: Compendium

Advanced Optical Metrology 09: Corrosion

Advanced Optical Metrology 08: Geoscience II

Advanced Optical Metrology 07: Geoscience

Advanced Optical Metrology 06: Composites

Advanced Optical Metrology 05: Electronics

Advanced Optical Metrology 04: Roughness

Advanced Optical Metrology 03: Thin Film Metrology

Advanced Optical Metrology 02: Thin Film Metrology

Advanced Optical Metrology 01: Additive Manufacturing

LEXT Roughness measurement guidebook

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