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Ultrasonic testing equipment is a type of inspection device that uses high frequency sound energy ranging around 500Khz–20MHz to detect thickness or internal structure of a test piece without harming the material. This non-destructive testing equipment is used to detect cracks or discontinuity in sample material by analyzing capture and quantification of high-frequency sound waves after reflection.
Ultrasonic testing equipment are used in large scale in energy and power industries for internal, hidden flaw detection of high-speed rotating engine parts as it offers high sensitivity as well as high penetrating power. This testing equipment can be used in accurate inspection of thick walls, cracks in pipelines, storage vessels in harsh operating environment as it is safe, less time consuming, user-friendly along with less ownership cost, and better detection capabilities. These highly automated, small, portable, microprocessor-based devices provide reliable, immediate, highly accurate results by estimating size, orientation, nature of defects, which enhances product quality standards in the market. Improvements in structural integrity incorporated by huge, top notch touchscreen with equipment are anticipated to boost the ultrasound testing equipment market growth.
COVID-19 SCENARIO ANALYSIS:
Surge in necessity to detect leaks or mid-wall anomalies in energy production infrastructure such as pipelines, boilers, turbines to generate system reliability under harsh operating environments and increasing natural gas exploration are primary factors propelling ultrasound testing equipment market share. However, lack of skilled workforce to handle this non-destructive testing method and lack of discontinuity detection in non-homogeneous and irregular shapes hamper the overall ultrasound testing equipment market growth.
On the contrary, phased array ultrasonic testing equipment by emitting computer-controlled ultrasonic waves at different angles can inspect complex geometries such as muscles, joints, vessels and internal subcutaneous body structures for diagnostic sonography in the healthcare sector. Technological advancements allowing digital storage of data and high investments in this non-destructive testing method is anticipated to boost revenue and present new pathways to ultrasonic testing equipment industry.
Leading market players have adopted necessary steps to integrate breakthroughs in deep learning into the world of image detection, characterization, staging, and treatment.
In April 2020, Olympus Corporation, Japanese manufacturer of optics and reprography products, launched the new EVIS X1, an advanced endoscopy system with a view to enhance outcome from disorders of stomach, colon and esophagus. It can detect and prevent gastro-intestinal disorders such as colorectal cancer through features such as Extended Depth of Field (EDOF), Red Dichromatic Imaging (RDI), Texture and Colour Enhancement Imaging (TXI) as well as Narrow Band Imaging (NBI). In addition, EVIS X1 features Artificial Intelligence (AI) and offers endoscopists a range of innovative tools to carry out minimally invasive, precise and effective procedures.
Ultrasonic testing equipment are widely used for non-destructive testing on common engineering materials such as metals, plastics, composites, and ceramics to characterize the internal structure of the test piece. By analyzing the reflection of high frequency sound waves this equipment detects hidden internal flaws such as leakage, porosity cracking and detect quality of pipelines, compressors or other critical parts among industrial applications.
In May 2020, Sonotec Ultrasonic Solutions, launched the SEMIFLOW EX1 set, a new product category of intrinsically safe ultrasonic flow sensors with control gear for non-contact liquid flow measurement on small and medium rigid plastic tubes. This device is incorporated with SEMIFLOW CO.66 PI Ex1 sensors that are protected against explosion hazard by fluids (gas, vapor, and liquids), which ensures safe operation in hazardous environment. Barrier Box ST Ex1 limits the energy supplied to the ultrasonic device to avoid ignition. This equipment is safe to be used in explosive gas atmosphere such as in oil and gas industries as well as provides necessary power and data interfaces to operators outside Ex-Zone. 0
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