Discontinued (Discontinued) OP8207 Er,Cr,Yb:Glass Cr14

Er,Cr,Yb:Glass Cr14 Description

Er,Cr,Yb:Glass Cr14 is a high-performance laser material carefully engineered to deliver exceptional efficiency and thermal stability. By incorporating erbium (Er), chromium (Cr), and ytterbium (Yb) ions into its glass matrix, this material achieves a broad absorption spectrum and efficient energy transfer for powerful, stable emission. It exhibits excellent optical homogeneity and low scattering losses, making it suitable for applications in laser systems for remote sensing, range finding, telecommunications, and medical diagnostics.

At every stage of production, Er,Cr,Yb:Glass Cr14 undergoes stringent quality checks to ensure consistent doping levels, uniform physical properties, and long-term reliability. Our manufacturing processes adhere to internationally recognised standards for quality and safety, guaranteeing a product that meets demanding performance requirements in the most challenging operational environments. Whether for industrial use or advanced research, Er,Cr,Yb:Glass Cr14 offers a solid foundation for photonics applications.

Er,Cr,Yb:Glass Cr14 Applications

Er,Cr,Yb:Glass Cr14 is a glass composition co-doped with erbium, chromium, and ytterbium ions, offering a significant combination of optical and energy transfer properties. Its broad absorption bands and strong thermal stability enable high-efficiency lasing with minimal scattering losses, making it suitable for precision-driven applications. By harnessing these unique attributes, Er,Cr,Yb:Glass Cr14 has become essential in sectors requiring advanced photonics solutions, laser-based processing, and research scenarios.

1. Industrial Applications

·         High-Energy Laser Machining: The co-doped structure supports efficient, high-power laser output for precise metal cutting and welding.

·         Advanced Optical Pumping Systems: Exceptional absorption properties allow for stable and sustainable pumping of industrial laser systems.

2. Research Applications

·         Spectroscopy and Diagnostics: Broad emission wavelengths enable detailed spectroscopic investigations in physics and materials science.

·         Laser Oscillators in Experimental Setups: Low scattering losses enhance performance in laser oscillation studies for fundamental research.

3. Commercial Applications

·         Medical Laser Therapeutics: Strong thermal stability and high gain facilitate stable lasers for skin treatments and surgical procedures.

·         Precision Measurement Tools: Consistent beam quality supports accurate distance measurement and alignment devices in consumer and professional instruments.

Er,Cr,Yb:Glass Cr14 Packaging

Our Er,Cr,Yb:Glass Cr14 is carefully packaged to maintain pristine condition. We use shock-absorbent foam inserts and a sealed polymer wrap to protect it from moisture and physical damage. Items should be stored in a clean, temperature-controlled environment to prevent contamination. For additional anti-contamination measures, each unit is vacuum-sealed and individually labelled. We offer customised packaging options, including tailored case dimensions, labelling, and multi-layer protective barriers. Please handle with care.

Packaging: Vacuum sealed, Wooden Box, or Customised.

Er,Cr,Yb:Glass Cr14 FAQs

Q1: What are the key material properties of Er,Cr,Yb:Glass Cr14?

A1: Er,Cr,Yb:Glass Cr14 is a phosphate-based glass matrix doped with erbium, chromium, and ytterbium ions. It exhibits strong absorption bands in the near-infrared range, contributing to efficient energy transfer. This material’s excellent optical properties, including broad emission cross-sections and high thermal stability, make it suitable for laser applications. It also features good mechanical strength and chemical durability, ensuring reliable performance.

Q2: How should this product be handled and stored?

A2: You must wear proper personal protective equipment, such as gloves and goggles, when working with Er,Cr,Yb:Glass Cr14. Handle it in a clean, dust-free environment, and avoid improper handling that could introduce surface defects or contamination. Store the glass in a temperature-controlled, low-humidity area, and keep it sealed in protective containers to minimise exposure to atmospheric moisture. Always follow established laboratory safety protocols.

Q3: Which quality standards and certifications apply to Er,Cr,Yb:Glass Cr14?

A3: Er,Cr,Yb:Glass Cr14 typically adheres to rigorous international standards, such as ISO 9001 for quality management systems. Suppliers often conduct spectral and chemical composition testing to ensure uniform doping levels, consistent optical performance, and minimal impurities. The material undergoes thorough documentation and traceability measures, including batch certification and compliance with industry-specific regulations. Compliance ensures reliability, repeatability, and safety for high-precision laser applications.

Related Information

1. Material Properties and Advantages

Er,Cr,Yb:Glass Cr14 exhibits a significant combination among its dopant ions, enabling broad absorption bands and efficient energy transfer. By combining erbium, chromium, and ytterbium in a specialised glass matrix, this material offers high optical gain across multiple wavelengths, enhancing its suitability for applications such as solid-state lasers and optical amplifiers. It also demonstrates impressive thermal stability, which is crucial for maintaining consistent performance under high-intensity laser operation.

The physical structure of Er,Cr,Yb:Glass Cr14 allows excellent resistance to mechanical stress and shock, making it suitable for demanding environments. Its stable crystalline lattice retains high transparency across significant portions of the near-infrared spectrum, minimising scattering losses and optimising energy conversion. This property further elevates the material’s reliability, translating into improved system efficiency and extended component lifetimes.

2. Applications in Advanced Industries

Optical telecommunications and sensing technologies frequently rely on Er,Cr,Yb:Glass Cr14 for its adjustable emission characteristics. By fine-tuning doping concentrations, manufacturers can leverage the material’s broad excitation spectrum and efficient pumping capabilities, allowing for the development of high-speed data transmission systems. Its ability to sustain peak performance under fluctuating environmental conditions makes it a preferred choice for transceivers and fibre-based amplifiers operating across wide temperature ranges.

Medical and defence sectors also benefit from Er,Cr,Yb:Glass Cr14, thanks to its capacity for generating precise wavelengths that target specific tissues or materials. It can be integrated into advanced laser devices designed for minimally invasive surgeries and countermeasure systems. Whether employed in high-precision cutting instruments or optical detection modules, this glass composition consistently delivers optimal beam quality and operational accuracy.