Conventional point measurement struggles to meet high-quality inspection requirements.

In industrial manufacturing, precise detection of flatness and levelness is crucial for ensuring product quality. Whether it's flattening metal sheets, inspecting glass surface smoothness, or controlling the flatness of lithium battery electrodes, efficient and accurate inspection methods are indispensable. However, traditional point measurement methods, such as dial indicators, can only capture the height data of a single point on a surface at a time. This approach not only requires multiple movements, consuming significant time and effort, but also struggles to comprehensively and accurately reflect the condition of the entire surface. Point measurement fails to detect minute undulations and localized warping on the surface, resulting in insufficiently precise inspection outcomes. Consequently, it falls short of meeting the stringent demands for high-quality products in modern industry.

Line Laser Profiler: Revolutionizing Full-Field Measurement

The POMEAS line laser profilometer has revolutionized this landscape, introducing an innovative full-field measurement approach for flatness inspection. Utilizing advanced line laser technology, it scans all points along a single line in one pass, instantly capturing height data across the entire line to dramatically enhance inspection efficiency. More importantly, this full-field measurement method comprehensively and precisely captures every detail on the surface. Whether it's minute surface undulations or localized warping deformations, nothing escapes detection. This provides reliable data support for quality control.

Multi-scenario applications, precise control over various surfaces

For inspecting flat materials such as metal sheets and glass, the POMEAS line laser profilometer demonstrates outstanding performance and broad application potential. On metal sheet production lines, the line laser profilometer rapidly scans sheet surfaces, providing real-time flatness data feedback. This enables operators to promptly adjust leveling equipment, ensuring sheet flatness meets production standards. In the glass manufacturing industry, it precisely detects minute surface irregularities, delivering robust quality control assurance. This guarantees every glass sheet achieves perfect smoothness.

Especially in the inspection of lithium battery electrodes, the POMEAS line laser profilometer plays an irreplaceable role. The flatness of lithium battery electrodes directly impacts battery performance and safety. Through full-field measurement with the line laser profilometer, any uneven areas on the electrodes can be swiftly identified and promptly repaired or adjusted. This effectively prevents battery performance degradation or safety hazards caused by electrode irregularities, safeguarding the safe production of lithium batteries.

Non-contact and non-destructive, efficiently boosting industrial manufacturing

Additionally, the POMEAS line laser profilometer employs a non-contact measurement method, eliminating potential damage to products caused by traditional contact-based measurement and ensuring product integrity and quality. Simultaneously, its high-precision, high-speed measurement capabilities significantly enhance production line automation levels and manufacturing efficiency, delivering unprecedented convenience and productivity to industrial manufacturing.

With its unique advantage of full-field non-contact operation, the POMEAS Line Laser Profiler delivers an efficient and precise solution for flatness/levelness inspection. Whether measuring metal sheets, glass, or lithium battery electrodes, it handles the task with ease, propelling industrial manufacturing toward higher-quality development stages. Choosing the POMEAS Line Laser Profiler means selecting a reliable and efficient inspection partner that elevates your product quality to new heights.