The pipeline design of industrial endoscope can indeed be very thin,which is mainly due to its advanced manufacturing technology and material selection. Let's describe it from the following points.
Precision manufacturing technology: Industrial endoscopes use advanced precision manufacturing technology to ensure that the diameter of the pipeline is accurately controlled within a very small range to meet the needs of various complex detection scenarios.
Multi-layer material design: The pipeline is usually made of multiple layers of materials, including an outer protective cover, an intermediate support layer, and an internal optical fiber bundle or electronic circuit. This multi-layer design not only enhances the mechanical strength of the pipeline, but also ensures the stable transmission of the signal.
High-quality optical fiber: Industrial endoscopes use high-quality quartz glass optical fiber, which has low loss, high heat resistance and excellent flexibility, which can ensure the stable transmission of light in the pipeline while maintaining the clarity and brightness of the image.
High-quality metal materials: For the supporting structure of the pipeline, Microvision Optoelectronics has selected high-quality metal materials such as stainless steel and titanium alloy. These materials have excellent tensile strength and wear resistance, and can maintain the stability and durability of the pipeline in harsh working environments.
Narrow space detection: The thin line of the industrial endoscope can be as thin as 0.8mm, which enables it to easily enter various narrow and complex spaces, such as the inside of the engine, precision mechanical parts, etc., for efficient and accurate detection.
High-precision detection: The thin line not only improves the flexibility of the endoscope, but also enables it to get closer to the object being detected, so as to capture more detailed information and improve the precision and accuracy of the detection.
Improve detection efficiency: The thin line enables the endoscope to enter the detection area faster, reduce detection time, and improve detection efficiency.
Reduce detection costs: Since the thin line can reduce the damage and disassembly of the object being detected, it can reduce the detection cost while protecting the integrity of the object being detected.
In summary, the pipeline of industrial endoscopes can be made very thin, thanks to its advanced manufacturing technology and high-quality material selection. The thin pipeline design not only improves the flexibility and accuracy of the endoscope, but also reduces the detection cost and time, providing strong support for various complex detection scenarios.
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