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ITT is a designer and manufacturer of high-performance electronic assemblies for military and space applications, and the development and production of affordable, high-quality, electromechanical systems and equipment for government and commercial marine and aircraft applications.
Our primary product areas include:
Embedded Systems
Our Defense Systems business unit is a specialized defense contractor with the organic capability to conceive, design, develop, fabricate, test, and fully support electronic equipment for both military and commercial environments. We provide customized subsystems, embedded system products, design services, and a complete range of Reliability, Maintainability, and Supportability services.
RF/Microwave Products
ITT has over 50 years of experience in developing and producing complex microwave systems, subsystems and components for commercial military and high-reliability space applications.
ITT has been designing and manufacturing RF/Microwave hardware for over fifty years. Our expertise in design, packaging, assembly and test will enhance the value and cost effectiveness of your products. We specialize in high end products (e.g. high reliability military and space products) especially where size is a concern.
Air Quality Monitoring
ITT provides an affordable, user-friendly instrument that can provide real-time identification and quantification of over 250 chemicals and detection levels mostly in the range of 0.1 to 15 ppb (path-averaged). Unlike point monitors, it monitors an entire path up to 1000 meters in length, giving a vapor cloud little chance to pass through undetected.
Nuclear Detection
ITT’s GammaCam™ system represents a completely new dimension in assessing nuclear radiation fields by producing accurate two-dimensional images of gamma ray emitting objects. The portable system provides real-time pseudo-color gamma ray imagery superimposed on a conventional black and white video picture. Remote operation of the sensor head allows safe acquisition of gamma ray images in high radiation environments while minimizing worker exposure.
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