KEYENCE
TOP Eight Reasons Reasons Menu Reason1:Superior Depth of Field Reason2:Depth Composition and 3D Display Function Reason3:Easily Adjust Magnification using A Zoom Lens Reason4:Targets Must be Disassembled or Cut Before Inspection Reason5:Targets can be Observed at any Angle Reason6:Integrated Illumination System Requires no Setup Time Reason7:Save Images and Text Directing to the Unit Reason8:Easily Share Visual Inspection Data Real-time. Types of Microscopes Type1:Metallurgical Microscope Type2:Inverted Microscope Type3:Measuring Microscope Type4:Laser Microscope Type5:Characteristics of the Microscope Characteristics of the Microscope
 
Types of Microscopes
 
  Laser Microscope  
 
 
  • Developed for three-dimensional shape measurement. It can measure a three-dimensional shape with a high accuracy of 0.01ƒÊm or less through the use of a laser, without touching the target. (Photo: Keyence VK-9500)
  • Through composition of focal points on the target, it can take extremely sharp images to create overall focused images.
 
 
 
TOP Eight Reasons Reasons Menu Reason1:Superior Depth of Field Reason2:Depth Composition and 3D Display Function Reason3:Easily Adjust Magnification using A Zoom Lens Reason4:Targets Must be Disassembled or Cut Before Inspection Reason5:Targets can be Observed at any Angle Reason6:Integrated Illumination System Requires no Setup Time Reason7:Save Images and Text Directing to the Unit Reason8:Easily Share Visual Inspection Data Real-time. Types of Microscopes Type1:Metallurgical Microscope Type2:Inverted Microscope Type3:Measuring Microscope Type4:Laser Microscope Type5:Characteristics of the Microscope Characteristics of the Microscope
Copyright (C) 2007 KEYENCE CORPORATION.AII rights reserved.