Description
Main features
- Various head types and sensing methods for diverse environments
– Thread, cylindrical, flat, L-shaped, plastic, perpendicular, stainless steel, U-shaped and area detection head types for various user requirements
– Through-beam, retroreflective and convergent reflective methods are available for diverse working conditions
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Various Fiber Shapes & Types
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High-Flex Cables
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Heat-Resistant
Vacuum-Resistant
9 Head Types for Various Environments
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Thread Type (Through-beam, Retroreflective)
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Cylindrical Type (Through-beam, Retroreflective)
Flat Type (Through-beam, Retroreflective, Convergent reflective)
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▶ Top View
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▶ Side View
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▶ Flat View
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▶ L-Type Top View
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▶ Top + Side View
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L-Shaped Type (Through-beam, Retroreflective)
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Plastic Type (Through-beam, Retroreflective)
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Perpendicular Type (Through-beam, Retroreflective)
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Stainless Steel Type (Through-beam, Retroreflective)
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U-Shaped Type (Through-beam)
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Area Detection Type (Through-beam, Retroreflective)
Various Cable Types Available for Diverse Environments
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Standard Type Standard fiber optic cables
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Heat-Resistant Type Withstand extreme temperature conditions from -60°C to 350°C
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Vacuum-Resistant Type Withstand vacuum conditions from -60°C to 350°C
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Break-Resistant Type R5, Withstand frequent bending without breaking
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Flexible Type R1, Ideal for installation environments with contours. (R1>R5)
Applications
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Wafer Baking Equipment
Fiber optic units are used to detect wafers in extremely high-temperature environments.
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Manufacturing Process
Fiber optic units can be used to confirm presence of the trays in manufacturing lines
