Precision Gas Monitor for Small‑Molecule Mass Spectrometry

GM 6500 Series: Precision Gas Monitor for Small‑Molecule Mass Spectrometry Unmatched Performance for Critical Gas Analysis

The GM 6500 Series Gas Monitor is engineered for superior accuracy and reliability in demanding applications. Its robust design and advanced mass spectrometry capabilities provide scientists and researchers with the detailed insights needed for cutting-edge work in real-time gas analysis.

Key Features & Advantages:

• Robust All-Metal Chamber: Full-metal stainless steel mass spectrometer chamber, ensuring stability and integrity up to 200°C for diverse sample conditions.
• High-Performance Vacuum: A combination of diaphragm pump and turbomolecular pump guarantees a pristine, ultra-high vacuum environment crucial for high sensitivity and extended operation.
• Versatile Sample Introduction: Features an external heated capillary (up to 350°C) allowing for the analysis of a wide range of sample types.
• Precise Ionization: Utilizes an Open Electron Impact Ion Source equipped with standard dual filaments for efficient and reliable ionization.
• Accurate Mass Filtering: Employs a hyperbolic quadrupole for superior mass screening and exceptional resolution.
• Sensitive Detection: An electron multiplier provides amplified signal output, ensuring high sensitivity for trace gas detection.

Versatile Applications:

The GM 6500 Series is a powerful standalone solution and integrates seamlessly with other analytical techniques for enhanced research and process control:

Direct Gas Analysis & Process Monitoring:

• Semiconductor Manufacturing Processes
• Battery Swelling Gas Analysis
• Reaction Gas Exhaust Analysis
• Electrochemical Reaction Cell Studies

Coupling with Analytical Systems:

• Chemisorption Analyzers: Enables detailed qualitative and quantitative analysis of products generated during temperature-programmed chemisorption, facilitating in-depth research into catalyst reaction mechanisms and optimization.
• Thermogravimetric Analyzers (TGA): Provides simultaneous information on sample mass change and evolved gas composition during heating, delivering real-time data for investigating pyrolysis, decomposition processes, and material stability.

Technical Highlights: