Overview

Gas Chromatograph Mass Spectrometer LMCMS-101 is a GC-MS system that separates and identifies volatile compounds across a 1.5 to 1000 amu mass range, scanning up to 10,000 amu/s in full scan or SIM mode. A pre-filter limits quadrupole contamination, and a high-energy dynode electron multiplier improves sensitivity. Oven programming from 4°C to 450°C at up to 120°C/min, electronic pressure control and peak area repeatability below 1% RSD support trace impurity and VOC analysis.

Features :

It is safe, simple, reliable, and easy-to-use
Quality mass analyzer with pre-filter reduces quadrupole pollution
Self-protection system
Full scan and selective ion monitoring modes are available
High-energy dynode electron multiplier detector
Electronic pressure control (EPC)
High quality vaccum system

Specifications :

Gas Chromatography Flow Rate	1 to 1.5 ml / min
Maximum Flow Rate	10 ml / min
Inlet Temperature	450 °C
Pressure Range	0 to 50 psi
Heating Rate	Upto 120 °C / min
Temperature Range	4 °C to 450 °C
Sample size	0.1 to 10uL
Peak Area Repeatability	< 1 % RSD
Retention Time	< 0.5% RSD
Sweeping Gas Volume	2 to 10ml/min
Mass Spectrometry Mass Range	1.5 to 1000 amu
Ion – Source Temperature	100 °C to 350 °C
GC-MS Interface Temperature	400 °C
Scan Rate	Upto 10000 amu/s
Stability	± 0.10 amu / 48 hrs
Filament Emission Current	0 to 350 µA
EI Source Ionization Energy	10 eV to 100 eV
Dimensions	580 × 280 × 520 mm
Weight of Autosampler (optional)	25 kg
Net Weight	10 kg
Gross Weight (Without Autosampler)	15 kg
Gross Weight (With Autosampler)	200 kg

Applications :

Gas chromatograph mass spectrometers are used for determining the presence and amount of volatile organic compounds in mixtures, determining the presence of traces of impurities in liquids or gases, assessing plastic extracts, and locating contamination on semiconductor wafers or other technological products.

Selection Guide :

Gas Chromatograph Mass Spectrometer LMCMS-101 is designed for high-sensitivity and high-resolution analysis, making it suitable for applications in environmental monitoring, food safety, forensic science, pharmaceuticals, and petrochemical research. Customers involved in trace-level detection and complex compound identification will benefit from its advanced mass spectrometry capabilities. It supports accurate quantification and structural elucidation, crucial for studies involving volatile and semi-volatile organic compounds. The system complies with international certifications such as ISO and CE, providing global quality and safety standards. Researchers can confidently choose this model for experiments requiring accurate compound separation, reliable mass detection, and regulatory compliance.