99.999% Pure Krypton Rare Calibration Gas Xe Kr Ne Mixture Gas for Excimer Laser Gas

Products Description

Excimer Laser Gas
Excimer laser gas mixtures are a combination of rare gases (argon, krypton, xenon, or neon) and halogen gases (fluorine or chlorine). The mixture of gases determines the wavelength of DUV light produced. Argon+fluorine+neon (193nm) and Krypton+fluorine+neon (248nm) are the two most common mixtures used. In terms of volume; neon makes up approximately 96–97.5% of the mixture

Applications

Photolithography: The photolithography process is key to the miniaturization of microchips. A scanner acts like a slide projector: it takes the light from a source, used to transfer an image from a master pattern, etched in a piece of glass, onto a semiconductor wafer that is covered with light sensitive chemical films. This image is the pattern that will form the minute circuitry of the microchip

Annealing: Excimer lasers are also used in the manufacturing of higher-end display screens with better resolution and color fidelity. A laser beam is used to heat and fuse several thin layers together, making the device faster and more energy efficient

Medical: Excimer lasers produce wavelengths around 200nm and can precisely remove material via ablation as opposed to evaporation. Ablation avoids thermal damage to the surrounding material, and therefore results in minimal scarring when used to cut human tissue. This property makes it ideal for use in corrective eye surgeries and in the treatment of certain dermatological conditions

Excimer gases for partial models
Brand	Wavelength	Cylinder	Valve
COHERENT	193nm	20 L	DIN 8
B & L	193nm	20 L/50 L	DIN 8/ DIN 14
ZEISS	193nm	10L/20 L	DIN 8
VISX	193nm	16 L	CGA 679
NIDEK	193nm	16 L	CGA 679
LASERSIGHT	193nm	10 L	CGA 679
Alcon	193nm	16 L	CGA 679
SCHWIND	193nm	20 L	DIN 8/ DIN 14
SUMMIT	193nm	16 L	CGA 679

Packaging & Delivery

8L/10L/16L/20L DOT CYLINDER

FAQ

Why Choose Us

About US

AGEM presents the 99.999% Pure Krypton Rare Calibration Gas Xe Kr Ne Mixture Gas for Excimer Laser Gas, engineered to meet the most demanding requirements of precision optics, semiconductor fabrication, and advanced photonics. This specialty product is formulated as a high-purity excimer laser mixture and krypton calibration gas, offering consistent performance and traceable stability for laboratory calibration, industrial laser systems, and research applications. AGEM’s manufacturing and R&D expertise ensures that users receive a reliable rare gas purity solution designed to optimize excimer laser operation, spectral fidelity, and measurement accuracy.

Product Overview and Key Characteristics

This 99.999% pure krypton rare calibration gas is carefully blended with xenon and neon to create an optimized excimer laser mixture and krypton calibration gas that supports excimer laser systems across a broad range of wavelengths and operating conditions. The high-purity Xe Kr Ne composition minimizes contaminants that can degrade laser output or compromise calibration accuracy. As a rare gas purity product, the mixture provides excellent electrical discharge characteristics, stable excitation, and low impurity-induced quenching. AGEM’s 99.999% pure krypton rare calibration gas is characterized by tight specification control on impurity levels, ultra-low moisture, and rigorous verification to guarantee repeatable performance

Applications and Use Cases

- Excimer Laser Operation: The excimer laser mixture is tailored for excimer lamp and laser applications requiring stable, repeatable output. Whether for deep-ultraviolet photolithography, laser ablation, or microfabrication, this high-purity Xe Kr Ne blend supports precise energy delivery, consistent wavelength output, and minimized radiation-induced contamination.

- Calibration and Metrology: As a krypton calibration gas, the mixture provides a reference gas for spectrometers, wavelength calibration, and instrument verification. The rare gas purity and consistent composition deliver reliable spectral lines used in calibration routines and ensure traceable performance in high-precision measurement systems.

- Semiconductor Manufacturing: In semiconductor wafer processing and advanced lithography, gas purity is critical. The excimer laser mixture and krypton calibration gas serve processes where stringent control of contamination and gas composition directly impacts yield, feature resolution, and overall process stability.

- Research and Development: Laboratories and research institutions benefit from a reproducible excimer laser mixture and krypton calibration gas for experiments in photonics, plasma physics, and material processing. The rare gas purity supports sensitive measurements and controlled excitation environments.

Technical Advantages and Innovation

AGEM’s 99.999% pure krypton rare calibration gas Xe Kr Ne mixture distinguishes itself through multiple technical advantages engineered for demanding environments:

- Ultra-High Purity: The mixture’s rare gas purity is maintained at 99.999% with controlled levels of oxygen, nitrogen, hydrocarbons, and moisture. This ultra-high purity reduces parasitic reactions, prevents deposition on optical components, and extends component lifetimes.

- Precise Composition Control: AGEM employs advanced blending and analytical techniques to ensure exact Xe Kr Ne ratios tailored to excimer laser requirements. Precise composition control enhances reproducibility of laser output and calibration standards.

- Low Impurity Impact on Discharge Dynamics: The carefully controlled rare gas purity and blend ratios optimize electron collision processes, reduce quenching, and support stable discharge behavior in excimer laser and lamp systems.

- Consistent Spectral Linearity: For calibration tasks, the krypton calibration gas aspect of the product delivers reliable spectral lines with minimal broadening or shifting. This ensures accurate wavelength calibration and improved instrument performance.

- Traceability and Quality Assurance: AGEM’s manufacturing follows rigorous QA/QC protocols. Each cylinder of excimer laser mixture and krypton calibration gas is subjected to documented inspection, certificate of analysis, and testing to ensure compliance with specified purity and composition.

- Reduced Maintenance and Downtime: The high rare gas purity minimizes contamination-driven failures, lowers cleaning frequency of optical components, and reduces unexpected downtime in production environments using excimer laser mixture gases.

- Compatibility with Existing Systems: The mix proportions and purity levels are designed to be compatible with a wide range of excimer laser models and calibration setups, enabling straightforward integration and minimal process redesign.

Safety, Handling, and Storage

When working with rare gases and high-purity mixtures like AGEM’s excimer laser mixture and krypton calibration gas, proper safety protocols are essential. The product is packaged in high-integrity cylinders with certified valves and fittings. AGEM recommends storage in well-ventilated areas away from flammable materials and adherence to local regulations for compressed gas handling. Users should employ appropriate regulators and leak-detection procedures to maintain gas integrity and ensure operator safety.

Quality Management and Global Support

AGEM leverages its Taiwan-based research and development competencies and global distribution network to deliver consistent quality and responsive support. The company’s expertise in electronic and specialty gases ensures that the 99.999% pure krypton rare calibration gas Xe Kr Ne mixture is produced under stringent process controls, supporting laboratory-grade demands and industrial-scale production alike. AGEM provides documentation, certificates of analysis, and technical assistance to facilitate proper implementation of the excimer laser mixture and krypton calibration gas in customer workflows across six regions worldwide.

Performance Optimization and Customization Options

Understanding that excimer laser and calibration requirements vary by application, AGEM offers options for customizing the Xe Kr Ne proportion within tight tolerances to match specific laser types, wavelength targets, or calibration needs. Customized blends maintain the same rare gas purity standards while accommodating tailored discharge properties or spectral characteristics. AGEM’s R&D capabilities enable collaboration with customers to optimize mixture ratios, cylinder sizes, and delivery formats for best-in-class performance.

Why Choose AGEM’s 99.999% Pure Krypton Rare Calibration Gas

Choosing AGEM’s excimer laser mixture and krypton calibration gas means selecting a product backed by decades of gas manufacturing experience and rigorous quality control. The rare gas purity, precise composition management, and traceable testing provide confidence for demanding applications in photonics, semiconductor manufacturing, and scientific research. AGEM’s commitment to excellence ensures that each cylinder meets strict purity criteria and offers the performance consistency required for critical operations.

AGEM’s 99.999% Pure Krypton Rare Calibration Gas Xe Kr Ne Mixture Gas for Excimer Laser Gas combines ultra-high rare gas purity, precise Xe Kr Ne composition control, and robust quality assurance to support excimer laser performance, calibration accuracy, and advanced research needs. With global support, customization capabilities, and a focus on minimizing impurities and discharge variability, this krypton calibration gas and excimer laser mixture is engineered to meet the high standards of modern photonics and semiconductor applications.