MSQ8100 Gas Chromatography Mass Spectrometer

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MSQ8100 Gas Chromatography Mass Spectrometer

Product ID：FZqz010

Price: Please inquire PDF Format

Supply Ability:50 SETS/MON

Port:SHENZHEN

Product Introduction
Other information

Model NumberMSQ8100

Brand NameSHUNYUHENGPING

Payment TermsTT，PAYPAL，Alibaba.com Pay

MSQ8100 Gas Chromatography Mass Spectrometer
Product Introduction
The MSQ8100 Gas Chromatography Mass Spectrometer (GC-MS) is a benchtop GC/MS system that combines a single quadrupole mass spectrometer with the high-performance GC1290 gas chromatograph. Designed for reliable qualitative and quantitative analysis, the MSQ8100 provides efficient separation, identification, and quantification of complex sample components.
The system incorporates multi-core parallel processing technology, enabling rapid acquisition of qualitative and quantitative information during high-speed mass scanning. This improves analytical throughput and makes the MSQ8100 suitable for fast and reliable GC-MS analysis in modern laboratories.

Performance Features
•   Single quadrupole mass analyzer
Provides reliable mass spectral analysis for routine qualitative and quantitative applications.
•   EI ionization source
Electron ionization (EI) is supplied as the standard ionization mode for GC-MS analysis.
•   High-performance GC1290 gas chromatograph
Provides efficient chromatographic separation and stable analytical performance.
•   Electronic pneumatic control (EPC)
Precisely controls carrier gas flow and pneumatic parameters for reproducible GC separation.
•   High-speed multi-core processing
Rapidly processes mass spectral data to improve analysis efficiency for complex samples.
•   Wide mass range
Supports mass analysis from 1.5 u to 1000 u.
•   High-speed scanning
Maximum scanning speed reaches 30,000 u/s for fast GC-MS data acquisition.
•   7-inch touchscreen display
Provides convenient monitoring and operation of the GC system.
•   GLP and FDA 21 CFR Part 11 compliant software
Clarity software supports regulated laboratory workflows and data integrity requirements.

Working Principle
The MSQ8100 GC-MS first separates sample components through gas chromatography. The sample is vaporized and introduced into the GC1290 gas chromatograph, where the components are separated according to their interactions with the chromatographic column.
After separation, the individual compounds enter the mass spectrometer and are ionized using electron ionization (EI). The generated ions are separated according to their mass-to-charge ratios by the single quadrupole mass analyzer.
The detector records the resulting mass spectra, while the software processes the chromatographic and mass spectral information. The combination of retention time and mass spectral characteristics enables accurate qualitative identification and quantitative analysis of target compounds.

Technical Parameters

Parameter	Specification
Product Name	MSQ8100 Gas Chromatography Mass Spectrometer
Mass Analyzer	Single Quadrupole
Ion Source	EI (Electron Ionization), standard
Gas Chromatograph	GC1290
Gas Control	EPC (Electronic Pneumatic Control)
Maximum Flow	200 mL/min (N₂); 1000 mL/min (He)
Flow Accuracy	±5%
Flow Repeatability	±0.35%
Split Ratio	0–5000
Injection Temperature	0–420℃
Column Oven Temperature	5–420℃
Temperature Setting Resolution	0.1℃
Temperature Control Precision	0.02℃
Temperature Programming	20 temperature-programming steps
Maximum Temperature Ramp Rate	80℃/min
Filament Current	5–300 μA
Electron Energy	10–250 eV
Mass Range	1.5–1000 u
Scanning Speed	Up to 30,000 u/s
Mass Accuracy	±0.1 u
Sensitivity	1 pg OFN
Mass Resolution	FWHM >1200
Display	7-inch touchscreen
Software	Clarity
Compliance	GLP / FDA 21 CFR Part 11

Application Scenarios
Environmental Analysis
Used for identification and quantification of volatile and semi-volatile organic compounds in environmental samples.
Food and Beverage Testing
Suitable for analysis of flavors, contaminants, residues, and other volatile compounds in food and beverages.
Pharmaceutical and Chemical Analysis
Supports qualitative identification, impurity analysis, and quantitative determination of volatile and semi-volatile compounds.
Petrochemical and Energy Research
Used for hydrocarbon analysis, fuel characterization, and petroleum-related laboratory testing.
Forensic and Research Laboratories
Provides mass spectral identification for complex samples in forensic science and scientific research.

MSQ8100 GC-MS vs Conventional GC System

Feature	MSQ8100 GC-MS	Conventional GC
Analytical Technology	GC + Mass Spectrometry	Gas Chromatography only
Compound Identification	Retention time + mass spectrum	Mainly retention time
Mass Analyzer	Single quadrupole	Not applicable
Mass Range	1.5–1000 u	Not applicable
High-Speed Scanning	Up to 30,000 u/s	Not applicable
Qualitative Analysis	High selectivity and confidence	More limited
Quantitative Analysis	Supported	Supported
Data Integrity	GLP / FDA 21 CFR Part 11 software	Depends on system
Complex Sample Analysis	Excellent	More limited

Frequently Asked Questions (FAQ)
1. What is the MSQ8100 used for?
The MSQ8100 is a GC-MS instrument used for qualitative identification and quantitative analysis of volatile and semi-volatile compounds in complex samples.
2. What type of mass analyzer does the MSQ8100 use?
It uses a single quadrupole mass analyzer, providing reliable and efficient mass spectral analysis.
3. What ionization source is included?
The standard ion source is EI (Electron Ionization), which is widely used for GC-MS compound identification.
4. What is the mass range of the MSQ8100?
The mass range is 1.5 u to 1000 u, covering a broad range of compounds suitable for GC-MS analysis.
5. How fast can the MSQ8100 scan?
The maximum scanning speed is 30,000 u/s, supporting rapid acquisition of mass spectral information.
6. What GC system is integrated with the MSQ8100?
The MSQ8100 is integrated with the high-performance GC1290 gas chromatograph, featuring EPC gas control and a 7-inch touchscreen.
7. Does the MSQ8100 support regulated laboratory data management?
Yes. The Clarity software is designed to comply with GLP and FDA 21 CFR Part 11 requirements.
8. What is the sensitivity of the MSQ8100?
The specified sensitivity is 1 pg OFN, supporting sensitive detection in GC-MS applications.
9. What types of samples can be analyzed?
The MSQ8100 can be used for environmental, food, pharmaceutical, chemical, petrochemical, forensic, and other samples containing volatile or semi-volatile compounds.

Frequently Asked Questions (FAQ)
1. What is the MSQ8100 used for?
The MSQ8100 is a GC-MS instrument used for qualitative identification and quantitative analysis of volatile and semi-volatile compounds in complex samples.
2. What type of mass analyzer does the MSQ8100 use?
It uses a single quadrupole mass analyzer, providing reliable and efficient mass spectral analysis.
3. What ionization source is included?
The standard ion source is EI (Electron Ionization), which is widely used for GC-MS compound identification.
4. What is the mass range of the MSQ8100?
The mass range is 1.5 u to 1000 u, covering a broad range of compounds suitable for GC-MS analysis.
5. How fast can the MSQ8100 scan?
The maximum scanning speed is 30,000 u/s, supporting rapid acquisition of mass spectral information.
6. What GC system is integrated with the MSQ8100?
The MSQ8100 is integrated with the high-performance GC1290 gas chromatograph, featuring EPC gas control and a 7-inch touchscreen.
7. Does the MSQ8100 support regulated laboratory data management?
Yes. The Clarity software is designed to comply with GLP and FDA 21 CFR Part 11 requirements.
8. What is the sensitivity of the MSQ8100?
The specified sensitivity is 1 pg OFN, supporting sensitive detection in GC-MS applications.
9. What types of samples can be analyzed?
The MSQ8100 can be used for environmental, food, pharmaceutical, chemical, petrochemical, forensic, and other samples containing volatile or semi-volatile compounds.