Building Automation
Industrial Automation
Power Automation & Safety
Bangladesh Distributor
Detects Notches and Eccentricity of Wafers
Case Number 91
last update: April 13, 2015
This application uses a Side-view Fiber Sensor with a homogenous area beam.
This Sensor uses a change in the amount of interrupted lights caused by notches and eccentricity to enable detecting the position of notches and eccentricity of wafers. The amount of interrupted light by wafers is proportional in the 11-mm-wide detection area. The special optical components enable homogenous area beams in the detection area.
This Sensor uses a change in the amount of interrupted lights caused by notches and eccentricity to enable detecting the position of notches and eccentricity of wafers. The amount of interrupted light by wafers is proportional in the 11-mm-wide detection area. The special optical components enable homogenous area beams in the detection area.
Know-How
Conventional area sensors did not have homogeneous area beams, which prevented accurate detection of the notches and eccentricity of wafers.
Benefit / Efficiency
The use of a Twin-output Amplifier with a homogenous area beam enables simultaneous detection of notches and eccentricity of wafers.
Applied Models
E32-T16JR + E3NX-FA
Applied Models
E32-T16JR + E3NX-FA
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- Industry
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Semiconductors / Electronics
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- Work / Process
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Inspection / Measurement
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- Product Category
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Fiber Sensors
Use Products
Fiber Sensors
E32 Series
OMRON's Fiber Sensors continue to support an increasing range of applications.
About this Application Case
Related Contents
- Fiber Sensors
Applications
- Industry
- Semiconductors / Electronics
- Detects Notches and Eccentricity of Wafers
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