Leveraging advantages such as high precision and non-contact surface measurement, 3D line laser measuring instruments are extensively employed across multiple industries:

Automotive Manufacturing

Employed for dimensional measurement, form inspection, and assembly verification of automotive components. This includes critical dimension measurement and geometric tolerance inspection for parts like engine blocks, cylinder heads, and crankshafts, as well as weld quality inspection and assembly accuracy control for car bodies, ensuring overall dimensional precision and appearance quality.

3C Electronics Industry

Enables high-precision measurement and inspection of electronic product housings, screens, and PCBs. Applications include detecting flatness of phone casings, height and gaps of buttons, and the position of components and quality of solder joints on circuit boards, guaranteeing compliance of product appearance and performance with standards.

Semiconductor Industry

Used in semiconductor chip manufacturing to measure silicon wafer thickness and flatness, as well as dimensions of chip packages and positional accuracy of pins. This is crucial for improving yield rates and performance in chip fabrication.

Lithium Battery Industry

Capable of measuring coating thickness on battery electrodes, thickness and uniformity of separators, and dimensional accuracy of battery casings. This contributes to optimizing lithium battery production processes and enhancing energy density and safety.

Aerospace Industry

Applicable for profile measurement of aero-engine blades, dimensional inspection of aircraft structural components, and assembly accuracy control. Ensures manufacturing precision and quality of aerospace parts, meeting the demanding requirements for high performance and reliability.

Medical Device Industry

Performs high-precision measurement of medical device components, such as dimensional accuracy inspection of surgical instruments and flatness measurement of medical equipment housings. Also used for scanning dental models in orthodontics and 3D bone measurement in orthopedic surgery, assisting medical diagnosis and treatment.

Rubber & Tire Industry

Primarily used for dimensional measurement and quality inspection of tires. This includes precise measurement of parameters like tire thickness, width, height, and tread depth, as well as detection of surface defects, helping tire manufacturers improve product quality and production efficiency.

Rail Transit Industry

Utilized for rail profile detection, dimensional measurement of train components, and wear detection, ensuring safe operation and high-precision manufacturing of rail transit equipment.

Mold Manufacturing Industry

Conducts 3D measurement of mold cavities and cores, inspecting machining accuracy and wear conditions. This helps improve mold manufacturing quality and service life while reducing production costs.

Research Institutions

In research fields such as Materials Science, Mechanical Engineering, and Optical Engineering, these scanners are used for high-precision 3D measurement and analysis of various materials and test specimens, providing accurate data support for scientific research.

Atometrics AR-Series 3D Line Laser Displacement Sensors. The Atometrics AR-Series is capable of measuring thickness, flatness, 3D profile, profile degree, step height, position degree, coplanarity, defects/flaws, and more, with accuracy reaching up to the sub-micron level.