The articulated arm three-coordinate measuring machine is an indispensable tool for the automotive industry to achieve efficient, flexible and digital manufacturing.

The "precision tailor" in aerospace, a powerful tool for reverse engineering and maintenance. The precision requirements for aerospace components are extremely high, and precise reverse modeling is necessary for replacing old components.

The "sharp eyes" of construction machinery, a professional expert in measuring large-sized structural components. The structural components of construction machinery are extremely large in size and have complex weld seams. Traditional measurement methods are unable to ensure both accuracy and efficiency.

"Precision Craftsmen" in shipbuilding, a powerful tool for controlling ship body accuracy and achieving efficient production. The measurement pain points in shipbuilding are centered around "large volume, harsh conditions, height, and difficult operations", covering the entire production process.

The "precise indicator" for energy manufacturing, a powerful tool for controlling the accuracy of battery cells and achieving efficient mass production. The measurement challenges in the new energy field revolve around "high precision, small size, multiple batches, and strong cleanliness", covering the entire production and operation process.

The "precision guardian" of rail transit is also a powerful tool for full-process measurement and safety operation. The measurement challenges of rail transit mainly lie in "large size, high precision, harsh working conditions, and difficult accessibility", and there are detection blind spots in narrow/high-altitude work positions.

In the field of mechanical processing, it serves as a "precision benchmark" and is also a powerful tool for process optimization and quality control. The pain points in mechanical processing measurement revolve around "multiple varieties, high production rate, strict tolerances, and susceptibility to deformation", and there are blind spots in the detection of complex surfaces and micro features.

The "Innovation Cornerstone" for research institutes — a powerful tool for cutting-edge exploration and technology transfer. Measurement challenges in R&D settings center around "non-standard parts, high precision, diverse scenarios, and urgent delivery," with inspection blind spots in complex geometries and microscopic features.