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INO, the largest centre of expertise in optics and photonics, is featured on GoPhotonics for its portfolio of THz sources, imaging systems, and optical components designed for high-performance sensing and inspection applications. The company focuses on enabling precise terahertz illumination, high-resolution thermal imaging, and efficient system integration for accurate measurement and analysis across industrial and research environments. Its solutions support controlled THz generation, optimized imaging performance, and beam shaping for reliable operation in laboratory and industrial systems. These technologies are engineered for stable performance and compatibility across advanced photonic setups. INO’s offerings are widely used in security screening, non-destructive testing, quality control, process monitoring, and terahertz and infrared imaging research applications.
COMPACT 0.28 THz -Spercontinuum Source for THz Imaging Applications
The COMPACT 0.28 THz is a supercontinuum source that operates at 0.28 THz frequency. It is designed as a compact THz light source for imaging and inspection applications requiring a wide-area terahertz beam. It provides illumination suitable for transmission and reflection-based THz imaging configurations for detecting hidden objects and analyzing material properties. It delivers a controlled THz beam optimized for compatibility with terahertz sensor systems to support improved imaging performance and reduced interference. It is designed in a compact form factor for integration into industrial and laboratory THz systems. It is ideal for security screening, hidden object detection, quality control, non-destructive testing, food inspection, process monitoring, and laboratory THz imaging applications.
STANDARD 0.28 THz - Spercontinuum Source for Quality Control Applications
The STANDARD 0.28 THz is a supercontinuum source that operates at 0.28 THz frequency. It is designed to provide uniform THz illumination for imaging and inspection systems. It delivers stable terahertz output suitable for transmission and reflection imaging setups and supports consistent field illumination for material analysis and detection applications. It is designed for system-level integration in laboratory and industrial THz configurations. It is ideal for non-destructive testing, security screening, hidden object detection, food inspection, quality control, process monitoring, and terahertz imaging applications.
MICROXCAM-384i-MLWIR - Infrared Camera for Surveillance Applications
The MICROXCAM-384i-MLWIR is a mid- and long-wave infrared camera that operates over a wavelength range of 3 µm - 14 µm. It is based on a 384 x 288 pixel uncooled microbolometer detector for thermal imaging applications. It provides real-time imaging with 16-bit data output via GigE interface for high-detail thermal analysis. It offers compact, low-power design suitable for embedded and portable systems with stable MWIR and LWIR performance. It is available as a compact camera module with GigE connectivity for system integration. It is ideal for industrial inspection, quality control, process monitoring, security surveillance, spectroscopy, and non-destructive testing applications.
Macro - Terahertz Objective Lens for Research Applications
The Macro is a terahertz objective lens that operates in the terahertz frequency range. It is designed for focusing and imaging THz radiation to improve spatial resolution in terahertz imaging systems. It enables controlled beam shaping and enhanced image contrast for transmission and reflection-based THz setups. It supports integration with THz cameras and optical systems for improved imaging performance in laboratory and industrial use. It is ideal for non-destructive testing, security screening, quality control, package inspection, food analysis, pharmaceutical inspection, and research applications.
LaserNGN-40mini - Laser Gain Module for Instrumentation Applications
The LaserNGN-40mini is a laser gain module that operates as a compact diode laser system designed for industrial and embedded photonics applications. It is engineered to deliver controlled laser output with stable operation for precision optical integration in OEM and instrumentation setups. It provides laser emission suitable for alignment, sensing, and optical system development requiring compact footprint integration. It supports efficient beam delivery with optimized stability for continuous operation in compact laser architectures. It is designed in a miniaturized module form factor for integration into OEM laser systems and portable photonics platforms. It is ideal for alignment systems, optical sensing, machine vision, instrumentation, laboratory photonics setups, and embedded laser applications."
With its portfolio of terahertz sources, infrared imaging systems, and specialized optical components, INO enables precise THz illumination, high-resolution thermal imaging, and efficient beam control across advanced photonic systems. By combining stable terahertz generation, optimized imaging performance, and system-level integration capabilities, the company delivers reliable measurement, enhanced detection accuracy, and consistent operation in demanding environments. INO’s focus on THz innovation, imaging precision, and application versatility makes it a trusted solution provider for security screening, non-destructive testing, quality control, process monitoring, and advanced terahertz and infrared imaging research.
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