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, a meticulously formulated high-purity noble gas solution designed to meet the stringent demands of advanced photonics, semiconductor manufacturing, and precision gas calibration applications. Engineered for exceptional stability and performance, this krypton calibration gas blend provides reliable control for excimer laser gas systems and calibration laboratories that require ultra-high purity noble gas mixtures. With decades of expertise, AGEM ensures that each cylinder of excimer laser gas supply meets rigorous quality standards, delivering consistent results for processes that depend on precise gas composition and traceability.

Product features and composition

The core of this product is a carefully balanced Xe Kr Ne mixture crafted to optimize excimer laser performance, calibration repeatability, and detection sensitivity. The 99.999% purity rating reflects AGEM’s stringent production controls and advanced purification technologies. Designed as a krypton calibration gas option, this Xe Kr Ne mixture supports excimer laser gas supply needs by providing predictable discharge characteristics, stable photon output, and reduced contaminant-induced degradation. AGEM’s formulation balances krypton, xenon, and neon proportions to deliver a stable excimer lasing environment while serving as a versatile high-purity noble gas resource for calibration applications.

Key technical advantages

- Uncompromising purity: AGEM’s krypton calibration gas achieves 99.999% purity through multi-stage purification, contaminant scrubbing, and precision blending. This high-purity noble gas minimizes impurities that can alter excimer gas dynamics or skew calibration results in analytical instruments.

- Precise composition control: Each batch of excimer laser gas supply undergoes rigorous composition verification to ensure the Xe Kr Ne mixture conforms to specified ratios. Precise composition is critical for consistent excimer laser wavelengths, output power stability, and reproducible calibration standards.

- Tight traceability and documentation: AGEM provides comprehensive certificates of analysis and traceability documentation with every cylinder. This traceability is vital for laboratories and production sites requiring documented compliance and reproducible krypton calibration gas performance.

- Low outgassing and contamination control: AGEM’s cylinder handling, passivation, and packaging processes are optimized to reduce outgassing and maintain the integrity of this high-purity noble gas during storage and use.

- Compatibility and adaptability: This excimer laser gas supply is formulated to integrate seamlessly with existing laser cabinets, gas delivery systems, and calibration setups. The Xe Kr Ne mixture trends toward improved discharge initiation and stability, enabling easier integration and optimized system lifetime.

Applications and use cases

- Excimer lasers and photolithography: The 99.999% krypton calibration gas blend is ideal for excimer laser gas supply used in photolithography and micromachining. The Xe Kr Ne mixture delivers stable lasing conditions and consistent output necessary for high-resolution patterning and repeatable manufacturing yields.

- Laser research and development: Laboratories developing next-generation excimer laser sources benefit from the reproducibility offered by this high-purity noble gas. The krypton calibration gas supports experimental setups that demand precise control over gas composition and discharge properties.

- Calibration laboratories and analytical instrumentation: As a krypton calibration gas, the Xe Kr Ne mixture serves gas calibration standards and reference gas protocols for mass spectrometry, gas chromatography, and optical emission systems. Its documented purity and composition make it suitable for calibrating sensitive analytical equipment.

- Semiconductor process control: In semiconductor manufacturing, the excimer laser gas supply is used for material processing steps that require exact energy deposition and minimal contamination. The high-purity noble gas nature of this mixture reduces defect rates and improves process reproducibility.

- Specialty manufacturing and metrology: Industries that require precise gas mixtures for thin-film deposition, surface treatment, or metrology instruments can rely on AGEM’s krypton calibration gas for stable performance and long-term consistency.

Innovation and R&D strengths

AGEM’s background as AIR GAS ELECTRONIC MATERIALS emphasizes relentless R&D and quality control, enabling innovative approaches to noble gas handling and formulation. The company’s global service footprint and research capabilities have driven improvements in excimer laser gas supply, including next-generation Xe Kr Ne mixture trends focused on enhanced laser lifetime, reduced impurity-related dark currents, and superior discharge homogeneity. AGEM invests in analytical instrumentation, isotope management techniques, and advanced cylinder conditioning processes to ensure that each krypton calibration gas product not only meets but often exceeds customer expectations for high-purity noble gas performance.

Quality assurance and regulatory compliance

AGEM’s production and testing protocol for this 99.999% pure krypton calibration gas include stringent leak testing, impurity analysis using high-sensitivity detectors, and batch-level certification. The excimer laser gas supply is manufactured under controlled environments with documented quality management systems. AGEM aligns its gas handling and labeling practices with international standards and provides safety data and handling guidance to customers, ensuring compliance with industry regulations and safe operation of the Xe Kr Ne mixture in diverse application settings.

Supply chain reliability and customer support

AGEM’s global distribution and regional R&D presence ensure dependable delivery of krypton calibration gas and comprehensive technical support. Customers have access to AGEM’s expertise in gas selection, integration strategies for excimer laser gas supply, and troubleshooting for application-specific challenges. AGEM’s logistics and inventory management reduce downtime risk for critical manufacturing processes, while technical liaison services help customers adapt Xe Kr Ne mixture trends to evolving process requirements.

Why choose AGEM’s 99.999% Pure Krypton calibration gas

- Proven formulation: The Xe Kr Ne mixture is optimized for excimer laser gas supply and calibration applications, providing repeatable performance across diverse environments.

- High-purity reliability: Rigorous purification and testing ensure contaminant-free noble gas performance that supports sensitive instruments and high-precision processes.

- Documented traceability: Comprehensive certificates of analysis and quality documentation support regulated workflows and reproducible results.

- Expert support and global reach: AGEM’s R&D-driven approach and multi-region service capabilities enable rapid technical assistance and scalable supply solutions.

In summary, AGEM’s 99.999% Pure Krypton Rare Calibration Gas Xe Kr Ne Mixture Gas for Excimer Laser Gas offers a reliable, high-performance krypton calibration gas solution tailored for excimer laser gas supply and precision calibration needs. The high-purity noble gas composition, precise manufacturing controls, and AGEM’s commitment to product excellence make this Xe Kr Ne mixture a preferred choice for users seeking consistent, well-documented performance for advanced photonics, semiconductor manufacturing, and analytical laboratories. AGEM continues to monitor Xe Kr Ne mixture trends and refine its excimer laser gas supply offerings to meet the evolving requirements of high-precision industries.