The rapid development of modern industrial technology, especially in the field of industrial endoscopes, has seen rapid technological changes. Can be used for video inspection inside pipelines and containers. Traditional mechanical endoscopes are no longer able to meet the needs of pipeline inspection, while industrial video endoscopes use high-definition camera lenses and a 6-meter stainless steel wire detection line for mobile detection. A pipeline video endoscope is an instrument that performs video inspections of the internal conditions of pipelines and containers.
The electronic industry endoscope uses 280000 to 430000 CCD image elements, with high clarity and long effective working length. The main body can be bent but not easily broken. The industrial pipeline endoscope brand is widely used in aerospace and other industries. Due to the high price of this product, there are currently a large number of domestic users using fiber endoscopes and rigid endoscopes.
Industrial electronic endoscopes can be used for inspection and observation in places with high temperatures, toxicity, nuclear radiation, and places that cannot be directly observed by the human eye. They are mainly used in automobiles, aviation engines, pipelines, mechanical parts, etc. They can achieve non-destructive testing without dismantling or damaging the assembly and equipment shutdown. They can also be used for ventilation pipes, air conditioning pipes, water pipes, internal welds in industrial pipes, corrosion, blockage, differences, etc Video detection of foreign objects and other situations.
Suitable for rapid video diagnosis of corrosion, cracks, foreign objects, and defects inside power plant boiler headers, turbine shaft center holes, various industrial pressure vessels, and various industrial pressure pipelines. And video detection of internal welds, corrosion, blockage, differences, and foreign objects in building ventilation ducts, air conditioning ducts, water pipes, and industrial pipelines. At the same time, it has been widely used in the boiler inspection industry, power plants, power construction companies, petrochemical industry, and shipbuilding industry.
With the increasing demand for product and accessory quality, quality control at the welding point has become an important checkpoint after the product or accessory is formed. When faced with the need to inspect the inner side of pipelines or complex spaces that are difficult to reach, appropriate inspection techniques and methods can avoid the occurrence of inferior and defective products, and recover huge economic losses and social impact for enterprises. Direct visual inspection technology (RVI) is an effective means of checking the integrity of welding of steel, aluminum, and titanium metal structures; It can identify welding defects such as cracks, incomplete welding, slag inclusion, incomplete sidewall welding, leakage, etc. The handheld industrial video endoscope can quickly and easily inspect the surface quality of the weld seam, providing clear and complete endoscopic images and video data storage; The quality and color of welding residues and weld beads can all be lifelike.
On the other hand, industrial handheld endoscopes can also be connected to cameras, camcorders, or electronic computers to form a photography, imaging, and image processing system for monitoring, recording, storage, and image analysis of field of view targets, providing good assurance for diagnosis and processing.
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