Revolutionizing Global Technology with 2mm 3D Measuring Industrial Videoscope

In the modern industrial manufacturing sector, equipment structures are becoming increasingly complex and miniaturized, posing higher demands on inspection technologies. Especially in industries such as aerospace, automotive engines, gas turbines, and petrochemicals, confined spaces and high-temperature, high-pressure conditions make traditional inspection methods difficult to implement, making industrial videoscopes a critical tool for inspection.

However, traditional industrial videoscopes often only offer image observation functions without quantitative analysis capabilities. When dealing with micro-spaces below 2mm or extreme environments up to 1200°C, their stability, precision, and functional integration fall short. The industry urgently needs smaller, stronger, and smarter inspection solutions.



Against this backdrop, the Chinese brand "Coantec" has achieved technological breakthroughs by launching the world's first "2mm 3D measuring industrial videoscope". Simultaneously, it has overcome the challenges of high-temperature explosion-proofing, enabling real-time inspection and remote monitoring in high-temperature hazardous scenarios. This marks China's entry into the global forefront of industrial inspection technology.

I. From 'Can See' to 'Can Measure': Achieving 3D Measurement within 2mm Spaces

The Coantec 2mm industrial videoscope integrates a high-precision measurement system into an ultra-fine probe with a diameter of just 2mm for the first time globally, breaking through the technical bottleneck where traditional micro-videoscopes could only observe but not measure. The product supports 3D data acquisition within a depth range of 3~50mm, with measurement accuracy reaching ±0.01mm and error ≤5%. It also supports nine types of measurement methods including point-to-point, point-to-line, and area measurements, significantly enhancing inspection accuracy and efficiency.



II. From 'Heat Resistant' to 'Explosion Proof': Safe Guarding in High-Temperature Environments

To address super-high temperature scenarios such as gas turbines, boilers, and petrochemical reactors, Coantec's heat-resistant and explosion-proof videoscope uses special heat-resistant materials, built-in cooling systems, and anti-oxidation coatings, ensuring stable operation even at temperatures up to 1200°C. Additionally, the device is equipped with intrinsically safe circuits and flammable gas sensors to prevent explosions caused by electric sparks, achieving real-time and safe inspections in hazardous areas.



III. Multi-scenario Applications: Empowering Industrial Efficiency and Safety

In the aviation field, this device can be used for measuring engine blade gaps and wear monitoring; in automotive manufacturing, it can inspect micron-level nozzle diameters and quantify welding defects; in the petrochemical industry, it can be used for high-temperature valve seal testing and corrosion identification; and in boiler equipment, it enables non-destructive rapid diagnosis of coking and leakage issues.



IV. Smart Manufacturing from China, Defining New Global Inspection Standards

As a national high-tech enterprise, Coantec has focused on industrial visual inspection technology for over a decade, mastering core technologies such as image processing, optical design, and heat-resistant materials, and owning more than one hundred patents. Its products have been exported to over 120 countries and regions, widely serving high-precision industries such as manufacturing, energy, and electronics.

The release of the 2mm 3D measuring industrial videoscope not only fills the international gap in high-precision inspection for micro-spaces but also signifies that Chinese manufacturing is accelerating towards high-end, intelligent, and global development. In the future, Coantec will continue to lead industrial inspection into new stages of intelligence, AI integration, and extreme condition adaptability.

For more information about the products and solutions, please visit Coantec's official website or contact a technical consultant.