Stop asking around about how to choose measurement equipment! The image dimension measuring instrument not only handles 2D flat-surface measurements but also effortlessly handles 3D contour scanning, height, and flatness inspections. With a wide field of view of φ100mm, it can accurately measure even oversized workpieces through “seamless stitching.” Paired with AI-powered software, it enables “one-click measurement” even for complex screws, round holes, and irregularly shaped parts.

01 More Than Just “Big”: Wide View and Smart Seamless Display

Traditional measuring instruments are often limited by their field of view, requiring frequent repositioning and calibration when measuring large workpieces. This not only reduces efficiency but also increases the likelihood of introducing human error.

Image-based dimensional measuring instruments overcome this limitation:

• Wide-field coverage: With a maximum field of view of φ100 mm, this system can measure hundreds of features at once during batch inspection of small parts, without the need to reposition the workpiece.

• Seamless Stitching Technology: When a sample exceeds 100 mm in size, the system automatically moves the stage to perform high-precision stitching measurements. Whether dealing with slender connectors or large-area PCBs, the stitching algorithm reconstructs the complete contour, ensuring high measurement accuracy for large-scale samples.

02 Comprehensive 3D Measurement

Don’t be misled by the term “imaging”—it is no longer merely a two-dimensional measuring instrument. To meet the stringent requirements of modern industry for three-dimensional structures, it boasts powerful 3D analysis capabilities:

• Height and Step Height Measurement: Precisely captures product height data using laser or white-light confocal technology (depending on the specific configuration).

• Flatness Inspection: Capable of quickly mapping the workpiece surface, generating intuitive 3D point cloud maps, and accurately determining warpage and deformation to ensure proper assembly fit.

03 AI-Powered: From “Manual Targeting” to “Automatic Recognition”

The most time-consuming steps in traditional measurement are “establishing reference points” and “aligning lines.” The AI software integrated into the image-based dimensioning system has completely transformed this process:

• Smart Feature Recognition: The software incorporates a vast array of algorithms. For common features such as circles, screws, and rectangles, there is no need for complex programming; simply click the corresponding icon, and the AI will automatically detect edges and identify key parameters such as the center, diameter, and pitch.

• Batch Measurement: Supports automatic comparison of multiple patterns. Even if the product is slightly misaligned, the AI can automatically correct the coordinate system through contour matching, enabling “measure as soon as you start, and walk away once finished.”