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materials + products
HPFS®
glass material
ULE®
glass material
Fluoride Crystals
capabilities
Optical sub-systems
Metrology instruments
Diamond turning technology
EUV Coatings
CNC Capabilities
Large size capabilities
Ultra lightweighting
applications
Lenses for lithography
Mirrors for lithography
Photomasks (EUV)
additional information
Corning’s
Semiconductor Optics Metrology: Enabling Optical Solutions
Material Qualification: Enabling Tomorrow’s Lithography Today Corning’s
Semiconductor Materials Metrology
contact
specialtymaterials@corning.com
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Corning is a leading, global supplier of optical materials, high performance
precision optics, optical-based metrology instruments and technical
microlithography solutions for the semiconductor industry. Its core technical
expertise includes fused silica and fluoride crystals, materials and
processing, optical-based metrology instrumentation and high performance optics
through Corning Tropel®.
Recognized world-wide in precision optical subsystems and advanced form
metrology instrumentation, Corning Tropel provides rapid, accurate full-form
measurement of precision flat and cylindrical surfaces for the semiconductor,
data storage, automotive and industrial markets. Custom-designed, high
performance precision optic components enable applications for wafer, photomask
and inspection equipment suppliers, and are designed for systems from
ultra-violet (UV) to near infrared (IR).
Advanced Metrology Research and Testing Exceeds Customer Expectation
Our commitment to semiconductor metrology research and testing is significant
and addresses an industry-wide need for precise performance and predictability
over the lifetime of materials. Corning’s advanced interferometry equipment
enables precision measurements and quality assessments that meet and/or exceed
customer requirements for quality products and solutions. Our world-class
manufacturing facilities, leading-edge metrology equipment and in-house
lens-making capabilities, continues to be known for the exceptional quality,
performance and reliability of its precision optics
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