II-VI Inc (IIVI)

Overview

II-VI Incorporated, headquartered in Saxonburg, Pennsylvania, is a leading international firm that has been at the forefront of advanced engineered materials and optoelectronic components since its establishment in 1971. The company specializes in the creation, production, and global sale of high-performance products critical to various technological applications. II-VI operates through two distinct divisions: Compound Semiconductors and Photonic Solutions, both of which serve a diverse clientele across multiple industries.

Products and Services

• Optical and Electro-Optical Components: These components play a significant role in high-power lasers used for material processing, delivering precise and reliable performance for various applications.
• Infrared Optical Components: Essential for aerospace, defense, and medical industries, these components facilitate high-quality laser imaging and precise optical interactions.
• High-Precision Optical Assemblies: Used in critical applications including aerospace and defense, these assemblies ensure accuracy and reliability in demanding environments.
• Semi-Conductor Lasers and Detectors: Vital for optical interconnects and sensing applications, these elements enable advanced communication technologies and sensing capabilities.
• Engineered Materials: This includes thermoelectric substances, ceramics, and silicon carbide, which are utilized in various applications ranging from electronics to energy management.
• Compound Semiconductor Epitaxial Wafers: These are crucial for optical communication technologies and wireless applications, providing foundational materials for high-performance devices.
• Transceivers: Manufactured for deployment in data centers and optical telecom networks, these devices are integral to managing high-speed data transmission.
• Pump Lasers: Essential for amplifying optical signals in telecom systems, ensuring efficient and powerful signal propagation across networks.
• Optical Amplifiers: These play a pivotal role in extending the reach and capacity of optical communication systems, facilitating the transmission of data over long distances.
• Wavelength Selective Switches: Critical components in modern telecom infrastructure, allowing for dynamic routing and management of optical signals.
• Crystal Materials and Optics: Developed for a wide range of applications, these materials contribute to advancements in optical communications, life sciences, and consumer electronics.
• Optoelectronic Modules: Designed for various applications, these modules integrate electronic and optical functions to enhance performance across different technologies.