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
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Superior Depth of Field
 

Digital Microscope

Optical Microscope
Tip of pen
Connector
Tip of pen
Connector
   
KEYENCE's digital microscope achieves a depth of field at least 20 times greater than that of optical microscopes-so it provides a perfect representation of even large projections and depressions that are difficult to bring into focus with optical microscopes. Adjusting the focus is quick and easy. Only a limited part of the target can be brought into focus, while the rest remains out of focus.
As a result, observation requires a great deal of time, and it is more likely that a minute flaw or foreign object on the target will be overlooked.
 

Advantages of the digital microscope
  Superior depth of field
  - Speedy: adjusting the focus is quick and easy.
- Accurate: the entire target image is clearly focused, providing exact observation data.
 

Excellent Optical Design

In addition to depth of field, lens performance is also defined by other factors such as resolution, brightness, observation distance and aberration. KEYENCE's digital microscope lens has been designed to offer an excellent balance of all of these:

Resolution
The high-resolution lens permits precision observation in great detail.
Brightness
A dark lens does not allow detailed observation.
Observation distance
Observation distance indicates the distance between the lens and a target. The greater this distance, the higher the flexibility in observation.
Aberration
Aberrations include color differences and image deformation.
The digital microscope combines several lenses to correct for such aberrations.

High-range zoom lens
 
 
<< Previous   |   Next >>
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
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