The CHT series 2.5D fully automatic image measuring instrument can easily learn all the practical operations of the operator. Combined with its automatic focusing, area search, target locking, edge extraction, and fuzzy operations for point selection, it achieves artificial intelligence. It automatically corrects deviations caused by workpiece differences and positioning errors to ensure accurate point selection, with high precision and repeatability. Its hardware and software performance make coordinate dimension measurement convenient and comfortable. Equipped with automatic learning capabilities based on machine vision and process control, and leveraging the high-speed micron-level positioning of digital instruments, it can self-learn and memorize operations such as measurement paths, focusing, point selection, function switching, manual corrections, and lighting matching during the measurement process.

Product Advantages

Rich accessories, multiple composite measurements

1. Supports touch probes and optical probes for height and flatness measurements, enabling 3D spatial measurements;

2. Supports external inputs such as calipers and height gauges for centralized data management;

3. Supports label printers.

Flexible shooting, precise calculations

1. Combines high-resolution lenses and large field-of-view lenses for measurement, balancing efficiency and accuracy;

2. Supports segmented programming control for surface light, transmitted light, and coaxial light;

3. Automatically identifies measurement areas, ensuring consistent and stable measurement results every time.

Automatic measurement, faster batch processing

1. Programs match the workpiece coordinate system and automatically execute the measurement process;

2. Supports import of CAD drawings and Gerber files for coordinate system matching measurements;

3. In CNC fixed coordinate system mode, the CHT series 2.5D fully automatic image measuring instrument can quickly and accurately perform batch measurements;

The CHT series 2.5D fully automatic image measuring instrument combines traditional image measurement with laser measurement technology. It can be used in machinery, electronics, molds, injection molding, hardware, rubber, low-voltage electrical appliances, magnetic materials, precision stamping, connectors, terminals, mobile phones, home appliances, printed circuit boards, watches, metrology, and other fields to achieve precise measurements of surface dimensions, contours, angles, positions, and geometric tolerances for various complex parts.