Spectraline Inc

Spectraline Inc., headquartered at 1201 Cumberland Avenue, Suite R, West Lafayette, IN, is a prominent developer and manufacturer of advanced spectrometers. The company specializes in high-speed, rugged, and compact spectrometers designed to measure radiation emitted in the visible and infrared spectrum. These spectrometers are essential tools for accurately estimating temperatures, emittances, and concentrations of various gases such as water vapor, soot, and CO2 in high temperature industrial processes. Common applications include assessing the condition of combustor and furnace linings, turbine blades, and the processing of molten metal and glass—critical for ensuring quality and advancing manufacturing techniques.

Spectraline's product lineup includes the ES series of mid-infrared spectrometers and the LS series of thermal line scan cameras, which are tailored for fire, plume, and explosion analysis. These devices are capable of temperature and concentration mapping, making them invaluable in safety and research applications. They are particularly effective for capturing transient events like explosions and testing rocket propellants due to their high spectral scan rates. Additionally, the available 1-D and 2-D scanners facilitate detailed temperature mapping of pool fires and similar phenomena.

The versatility of Spectraline's products extends to a variety of industrial applications. These include monitoring molten glass and metals such as hot steel and aluminum ingots, detecting faults in high-speed plastic webs and moving parts, and characterizing combustion in automotive and aerospace engines. Their technology plays a crucial role in safety and efficiency across diverse sectors, including manufacturing, aerospace, and automotive industries.

Spectraline Inc. is dedicated to delivering cutting-edge solutions for complex industrial challenges, affirming their commitment to innovation and excellence in the field of spectroscopic analysis. Their products not only provide critical data for optimizing processes but also contribute significantly to research and development in thermal imaging and spectroscopy.