Top 6 latest inspection technology trends today

Electronic technology is now more crucial than ever as a result of the current fast advancements in science and technology. Particularly in the area of inspection technology, given that the market demands continually greater standards of product correctness and efficiency. This technology is an essential component for ensuring product quality, increasing manufacturing capacity, and boosting corporate competitiveness. With RX Tradex, let’s take a closer look at the most emerging inspection technology trends followed by their respective positions useful in business and manufacturing environments in the article that we will be studying today.

1. Introducing top 6 emerging inspection technology trends.

1.1. Introducing top 6 emerging inspection technology trends.

Non-Destructive Testing (NDT) technology is a testing technique that enables evaluation and data collecting on components or materials without changing or harming the necessary thing. check. In reality, NDT technology is used to find flaws in materials including cracks, porosity, metal corrosion testing, delamination of composite materials, and measurements of material hardness. Additionally, the following crucial fields are where this NDT technique is being applied:

• Aviation: The application of NDT technology helps to assure the longevity of the materials, welds, and other vital parts of aircraft.
• Construction and bridges: Businesses utilize NDT technology to inspect steel, concrete, and other building materials to meet durability and safety standards.
• Automotive: In automobile manufacturing, NDT technology is used to test and diagnose faults on components, exhaust systems, electrical systems, etc.

1.2. Automated testing technology with artificial intelligence (AI).

This inspection technology innovation, which is one of the well-known AI technologies, makes use of AI during the product testing process in accordance with the standards that the algorithm has established. In order to assist organizations enhance their business models, automatic inspection technology nowadays using artificial intelligence is being used to assess and check flaws in production processes, goods, software, websites, etc. Typical uses for AI testing include:

• Software checking: Software may be evaluated by employing AI to find errors, hiccups, or other technical flaws with the coding system. Simultaneously, artificial intelligence may perform test cases automatically in accordance with the enterprise’s strategy in real time, assuring software stability without the need for human interaction.
• Robotic and automation access: AI testing may be used to test and assess the effectiveness of robotic and automated manufacturing systems.
• Product Quality Evaluation: By evaluating data in accordance with input quality requirements, AI testing may be used to assess the quality of products while they are being produced.

1.3. Ultrasonic inspection technology.

Ultrasonic inspection technology is considered as a method that uses high-frequency sound waves to analyze materials. Thereby, businesses can detect cracks, delamination, breakage, peeling, voids, cracks and other defects in ingredients or products. The ones that follow are a few sectors where this ultrasonic inspection technology is used extensively:

• Mechanical field: Businesses may use ultrasonic technology to inspect metal welds, evaluate the quality of final items after casting, and further.
• Shipbuilding field: Ultrasonic inspection technology is performed to inspect the frame and construction of the ship and make sure there are no flaws that might affect how the canal operates.
• Petrol field: In this field, ultrasonic inspection technology is used to inspect equipment, pipelines, drilling rigs and internal structures, helping to detect cracks, air bubbles, holes for timely remedial work.

1.4. X-ray inspection technology.

An approach that simulates and penetrates an object’s interior structure is called X-ray inspection technology. The interior structure of the product is assessed using this method to look for flaws or irregularities. An X-ray will be shone through the substance to be inspected to start the inspection procedure. Depending on the material with the varying surface thicknesses, X-rays will be absorbed or diminished in intensity. After the X-ray passes through the material and is captured by the sensor, a matching simulation is created. The following sectors employ this advanced inspection technology innovation nowadays:

• Medical field: X-rays are widely used in medical diagnosis, with their ability to penetrate structures inside the body to create images of bones, soft tissues, and internal organs. Techniques such as: X-ray, CT (Computed Tomography) through the use of X-rays help doctors detect abnormalities, diagnose and treat diseases.
• Security field: X-ray inspection technology is also used in security screening operations, such as airport baggage checks. X-rays help detect prohibited items, which may be hidden in bags or accessories, clothing on the person.

1.5. Laser testing technology.

This is an inspection technology that uses laser light to scan and analyze the surface of an object, by applying the principles of light to create detailed images of the object’s shape and size. In fact, laser technology is used to check the surface, detect errors and identify defects in materials and products in production. These days, this technology may be used in a wide range of disciplines, such as:

• Material processing industry: Lasers are used to inspect metal constructions, look for flaws, examine mechanical characteristics, test normal and microhardness, and even more.
• Electronic industry: Laser testing formed as an example of inspection technology innovations is frequently used to test and evaluate the quality of printed circuits and electronic components during production and assembly, helping to ensure the accuracy of electronic products.
• Printing industry: Laser technology is used to check the print quality of products such as labels, packaging, books, and advertising posters. This helps businesses ensure that the printed product is of high quality and that there are no errors in the production process.

1.6. Waste management inspection technology.

Towards a green manufacturing industry, this is an indispensable technology. To be simply defined, waste management inspection technology refers to a set of methods, equipment and techniques used to determine the composition, nature and degree of contamination of waste. From there, businesses then may assess and categorize trash generated during production and product recycling processes. This technology is being used in a variety of industries and sectors, including as waste management, environmental management, industrial, and healthcare. Applications in the aforementioned fields include:

• Medical field: Medical waste is evaluated and treated with the use of waste management inspection technologies. Subsequently, the company has a proper treatment strategy in place for all sorts of medical waste, particularly discarded medical equipment, needles, and liquids.
• Agriculture field: In the agricultural sector, this technology is used to test and determine the quality of fertilizers from organic waste, side effects from pesticides or soil pollution, ensuring a green agricultural environment.
• Recycling field: Waste management inspection technology helps to sort waste and determine its recyclability. Since then, the enterprise can come up with an appropriate treatment process, limiting the impact of environmental pollution.

Summary

With the top 6 emerging inspection technology trends in terms of the manufacturing sector nowadays, businesses can guarantee product output in compliance with general requirements in the market. From there, the economic players are then also able to design strategies for future sustainable development, enhance their manufacturing methods, and gain a competitive edge.  Especially those who attend the NEPCON this year, they can even further immediately experience the latest inspection technology innovations as well as many new developments like 5G technology or 3D printing technology. Along with that, RX Tradex also plans some other significant regional events including Waste and Recycling Vietnam, METALEX Vietnam, and Vietnam Manufacturing Expo to better support the participants in the most comprehensive way.