Instrument Features

The entire machine base, column, and X/Y platform are made of natural marble material, which is never deformed, highly precise, and stable;

Brand new streamlined design, with a clean, intuitive, and generous appearance;

Equipped with a fully closed-loop servo control technology, Taiwan HIWIN linear guides, TBI precision ground ballscrews, and a large guide rail block span (200mm), ensuring smooth operation, low noise, and high speed (300 mm/s);

Uses a 400W high-power servo motor with high torque and fast acceleration, ensuring smooth operation;

The bottom light and surface light use adjustable LED cold light sources, which can accurately measure various complex surface workpieces, avoiding the thermal expansion and contraction issues caused by general heat sources, preventing secondary deformation of the workpiece, with a better imaging effect from the 3-ring 8-zone light source;

Uses a high-definition color CCD from American TEO, providing excellent imaging quality without trailing shadows;

Equipped with a POMEAS automatic zoom lens, with a zoom ratio that does not require calibration, optical magnification of 0.7-4.5 times, and image magnification of 30X-200X;

The Z-axis uses a parallel guide rail structure with a counterweight design, reducing its weight, improving structural stability, and reducing its own deformation, enhancing the positioning accuracy and stability of the Z-axis;

Optionally equipped with Japan KEYENCE laser system and UK RENISHAW probing system, combined with software for large range and high precision 3D measurement;

Globally unique Z-axis "zero gap technology" ensures that the planar accuracy is not affected by different focal lengths;

Measurement software: Uses the company's self-developed powerful 3D measurement software, which can quickly and conveniently measure various workpieces, providing users with a comprehensive measurement solution;

Automatic program measurement, autofocus, auto edge finding, and auto program-controlled lighting reduce manual intervention;

Software Features

Perfectly supports Windows 7/10/11 operating systems.

The most comprehensive geometric measurement capabilities.

Powerful construction features.

Strong edge detection capabilities for both rough and faint edges.

Comprehensive tolerance evaluation system.

Dimension annotation and product image panoramic annotation.

Simple and practical reporting features.

The ability to output reports in various formats such as WORD, EXCEL, TXT, DXF, etc.

Full view scanning of the workpiece with GPS navigation for quickly locating the measurement points.

Perfect 3D measurement support, capable of supporting both contact probes and lasers simultaneously.
The graphics are displayed and operated in 3D, making them more intuitive.
Supports image-based point measurement for 3D elements.
Element data is displayed in three dimensions.
 

Powerful CAD import and export capabilities:
Can simultaneously import 100,000 elements;
Simplifies the process of DXF import programming;
Allows modification of CAD default settings;
Can export IGES files;
Supports Gerber file import for measurement, reducing the programming workload for PCB board measurements;
Can import curves for measurement.

Practical and powerful programming features:
Supports programming on one machine for use on multiple machines;
Supports re-measurement of elements, with associated constructions, geometric calculations, and tolerance evaluations automatically updating, making the process simple, time-saving, and efficient;
Allows for quick modifications to program settings such as lighting, magnification, and height;
Program array, translation, and rotation: For measurements of regular elements, only one needs to be measured, and the rest can be completed through array, translation, and rotation, saving time and increasing efficiency;
Elements within the same screen can be measured automatically in one go without the machine moving;
Can automatically determine product NG/OK status and color-code the positions where measurements exceed tolerances.

Reverse Engineering:
The powerful scanning capabilities combined with CAD support functions make reverse engineering more feasible. Simply by providing a starting point and an endpoint, the system can automatically perform contour scanning.