A glimpse into the marvelous world of precision measurement — reasonable cost, boundless room to perform
The AIM series brings together the most advanced technological essence of Europe and Asia. Built on twelve years of accumulated R&D in manual image-measurement microscopy and CNC electronic-control technology, and continually subjected to detailed accuracy testing and validation, this system delivers excellent measurement accuracy and reproducibility, together with the simplest operation, the best stability, and strong system recovery capability.
AIM is a system that operators can fully control, freely applying every combination of calculation functions to meet their measurement needs. It can rightly be called one of the definitive works among image-measurement systems.
High-standard measurement capability
2.5D planar and 3D small-object measurement, with geometric-dimension measurement of points, lines, circles, angles, distances, circle-to-circle distances, midlines, irregular shapes, ellipses, areas, and virtual points/lines/circles; Cartesian and polar coordinate transformation, setup, and alignment; image and feature-element recall and calculation functions, and teach-mode measurement from the workpiece drawing.
Automatic generation of measurement macros from CAD/CAM design files.
Automatic control of surface illumination
Adjusts the brightness and direction of the light source to suit the workpiece being measured, delivering the best image quality.
Automatic compensation and adjustment of lens magnification
With automatically controlled continuous (stepless) zoom or a turret-style nosepiece lens changeover, it provides fast measurement of features of different sizes across different areas of the workpiece.
Precision X, Y, Z servo motion-control system
The Z axis performs autofocus, preventing the workpiece from crashing into the machine or the machine from running out of control due to overspeed.
Eliminating machine variation with accurate compensation functions
Nonlinear compensation of machine error, planar correction, angular compensation, and comprehensive image calibration.
Innovating on the traditional way measurement is performed, it adopts the element-combination measurement architecture most popular in Europe and the Americas, turning complex on-screen operations into simple buttons, with a thoughtful guided workflow and a measurement-path direction indicator.
Truly reliable calculation functions
Every measurement formula has been professionally researched and validated and certified to international standards, expressing measurement results precisely.
Precise image recognition, automatic measurement point-picking technology, superior image processing, and Z-axis assisted focusing.
Self-defined inspection-report functions with real-time SPC synchronized management
