FTIR Analysis Tools
Our Products
Mission Statement
To provide the most robust FTIR Technology for gas analysis.
CIC Photonics’ IRGAS systems use FTIR analysis tools to provide real-time infrared gas analysis for semiconductor manufacturing, industrial process monitoring, emissions testing, and specialty gas applications. Using Fourier Transform Infrared Spectroscopy (FTIR) technology, these systems help organizations accurately measure, monitor, and analyze gas composition in demanding environments. FTIR analysis is a technique used to obtain the infrared spectrum of the emission or absorption of a gas, solid, or liquid. FTIR spectroscopy is widely used across industrial applications to measure, monitor, and analyze various gases.
What FTIR Spectrometer Does CIC Photonics Use for Gas Analysis?
MB3000: This high-performance FTIR spectrometer is designed for advanced infrared gas analysis and features a double-pivot Michelson Interferometer with integrated health monitoring capability. The MB3000 has a resolution better than 0.5 cm⁻¹, a 50,000:1 signal-to-noise RMS ratio, and a spectral range of 485 to 8,500 cm⁻¹.
Its applications include hazardous biological and chemical agent monitoring, FTIR gas analysis of solar PV process gases and emissions, moisture measurement in ammonia and HBr, and monitoring semiconductor process gases.
The MB3000 supports real-time FTIR gas monitoring across semiconductor manufacturing, emissions testing, environmental analysis, and industrial process applications. This industrial tool offers superior performance for on-line process monitoring with extractive sampling systems and advanced gas analysis systems.
It is ideal for determining the composition of organic process streams and is permanently aligned to provide long-term stability. The MB3000 is effective for combustion efficiency testing and measuring electronic and specialty gases.
Why Choose CIC Photonics FTIR Analysis Tools?
CIC Photonics develops FTIR analysis tools, FTIR gas analyzers, and IRGAS systems for semiconductor manufacturing, industrial process monitoring, emissions testing, and advanced gas analysis applications. Our systems are designed to provide reliable real-time FTIR gas monitoring, precise infrared gas analysis, and long-term analytical performance in demanding environments.
Industries worldwide rely on CIC Photonics for advanced spectroscopy solutions, specialty gas measurement capabilities, and high-performance gas monitoring technologies. Our FTIR accessories and gas analysis systems are used across research, environmental, industrial, and semiconductor applications.
Contact CIC Photonics today to learn how our FTIR analysis systems can support your gas monitoring and process analysis requirements.
What Industries Use FTIR Analysis Tools?
CIC Photonics’ FTIR analysis tools are used across semiconductor manufacturing, petrochemical production, emissions monitoring, environmental testing, industrial process control, and research applications. IRGAS systems provide real-time gas analysis capabilities for organizations that require precise measurement, monitoring, and reporting of gas composition in demanding environments.
Applications include semiconductor gas purity verification, combustion analysis, stack gas emissions monitoring, specialty gas measurement, and environmental compliance testing. CIC Photonics develops solutions that support both industrial operations and research-driven analytical requirements. semiconductor gas analysis
Frequently Asked Questions About FTIR Analysis Tools
What are FTIR analysis tools used for?
FTIR analysis tools are used to identify, measure, and monitor gases by analyzing how compounds absorb infrared light. These systems support industrial process monitoring, semiconductor manufacturing, emissions testing, environmental monitoring, and research applications that require accurate gas composition data.
What is FTIR spectroscopy for gas analysis?
FTIR spectroscopy for gas analysis uses infrared light to identify and measure gas compounds based on their molecular absorption patterns. This allows multiple gases to be analyzed simultaneously, making FTIR technology valuable for real-time monitoring, process control, and analytical testing applications.
Why is FTIR technology used for semiconductor gas analysis?
FTIR technology is widely used for semiconductor gas analysis because it can detect and measure low concentrations of process gases with high precision. This supports process control, contamination detection, moisture measurement, gas purity verification, and manufacturing consistency throughout semiconductor production environments.
What gases can FTIR analysis detect?
FTIR analysis can detect a wide range of gases, including ammonia, HBr, combustion gases, process gases, emissions-related compounds, and specialty semiconductor gases. Detection capabilities vary depending on the FTIR system configuration, sampling conditions, and application requirements.
What Our Clients Say
Request a Quote for FTIR Analysis Tools
CIC Photonics‘ FTIR analysis tools are designed for organizations that require reliable infrared gas analysis, semiconductor gas monitoring, emissions testing, and industrial process measurement. Whether you need an advanced FTIR spectrometer, a complete IRGAS system, or a customized gas analysis solution, our team is ready to help identify the right configuration for your application.
With experience supporting the semiconductor, environmental, research, and industrial markets, CIC Photonics provides high-performance gas-monitoring technologies built for demanding analytical environments. Learn more about our gas analysis systems or contact our team to discuss your application requirements and request a customized quote.
You can also call or email us directly to speak with a gas analysis specialist and discuss your project needs.