Terahertz Components and Systems Market to Grow at a CAGR of 17.6% from 2022 to 2031

The terahertz (THz) wave is an electromagnetic wave that has a spectrum range between microwave and the infrared. Terahertz waves have a frequency range of about 100 GHz to 10 THz, and wavelengths 3 mm to 30 µm. They are known as far-infrared or sub-millimeter waves. They also offer some advantages such as low energy, non-invasive, and high resolution and penetration. A key benefit of terahertz waves is that several materials that block visible and IR spectra; however, these can be appear to be transparent in the terahertz region.

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Similar to X-ray images, terahertz wavelengths can penetrate through many non-conductive materials and can easily detect imperfections such as voids, cracks, and density variations. THz waves carry very low energies as compared to X-ray or UV radiation; they do not ionize and damage the material that is under observation. Thus, these waves are widely used for non-invasive imaging and non-destructive quality control. Terahertz components and systems market are extensively deployed for non-destructive testing applications, which include NDT in aircraft & fiber-reinforced composites, ceramic coating thickness measurements, evaluation of seams, detection of voids, inspection & repair of pipelines, and automotive fuel tanks.

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Advancement in MEMS Technology for Terahertz Frequency to Drive Global Market

Improvement in the terahertz (THz) technology is rapidly fueling its demand in various applications such as THz radars, high-rate communications, medical imaging, environmental monitoring, and space exploration. High cost associated with the production and packaging techniques used for terahertz systems poses a significant challenge for the cost-effective and large production of these components while making THZ systems. The current terahertz (THz) technology depends on conventional and expensive serial production and packaging techniques, such as computer numerical control (CNC) high-precision machine, which are fit only for high-end research instrumentation.

Currently, most available technologies have been focusing on frequencies below 100 GHz or higher than 10 THz. MEMS technology is anticipated to be of great importance for industrial utilization and large-scale scientific research applications that employ THz frequency. Advancements in the MEMS technology for terahertz frequency are projected to drive the terahertz components and systems market.

The adoption of the MEMS technology for developing terahertz components offers several benefits such as lightweight, low cost, low power consumption, and miniaturized components, which are important for detection, communication, and sensing applications. Thus, MEMS technology plays vital role in developing terahertz components and systems.

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Rising Penetration of Terahertz Technology in Non-destructive Testing to Boost Market

Currently, suitable testing and measuring techniques are still unable to cater to the requirement of process & quality control inspection and detection. Established methods based on ultrasound, thermography, X-ray, optics, and eddy current are effective in structural analysis and fault detection; however, these methods are limited for some applications such as non-destructive testing of foam, fiber reinforced plastics, and hollow structures.

The terahertz technology provides a new opportunity to overcome these limitations, and opens new ways of internal nondestructive testing owing to its excellent penetration capability through most of non-conductive materials such as ceramics, glass, foam, rubber, resin, paint, and composite materials, etc.

The demand of terahertz systems for non-destructive testing (NDT), especially in the aerospace & defense sector, is considerably high. Terahertz (THz) NDT imaging is one of most successful applications to detect defects in the sprayed on foam insulation (SOFI) layers on space shuttle fuel tank. This is estimated to increase the adoption of non-destructive testing in the aerospace & defense sector.

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