Boost Your Measurement Efficiency with the Fully Automatic Imaging System

Fully Automatic Imaging System

1. Product Introduction

The fully automatic image measuring instrument, supplied by Mikrosize, is a state-of-the-art Measuring Testing Instrument designed to cover a wide range of dimensional measurement applications. Constructed with a robust marble main host machine, a precision servo control system, and an optical electric zoom lens, this system achieves exceptional measurement accuracy and long-term stability. This advanced fully automatic imaging system possesses powerful functionalities, enabling it to perform precise measurements of various part characteristics, including surface dimensions, contours, angles, positions, as well as complex geometric dimensions and form and position tolerances for intricate components.

As a versatile Measuring Testing Instrument, the fully automatic imaging device finds extensive applications across numerous industries. It is effectively utilized 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 (PCBs), medical devices, clocks and watches, cutting tools, and general metrology and testing laboratories, providing reliable and high-precision inspection solutions.

2. roduct Advantages

Stable Mobile Platform Structure

The system is built upon a precise granite/marble base and frame, renowned for its excellent thermal stability and vibration damping properties, ensuring unparalleled measurement stability over time.

It incorporates precision linear slide rails and a high-performance servo control system, which collectively guarantee superior system positioning accuracy and repeatability.

The system supports fully automatic programmable detection along three axes, facilitating efficient and accurate batch inspection of complex part features without manual intervention.

Flexible Imaging and Precise Calculation

It utilizes a combination of high-resolution lenses and wide-angle lenses, strategically balancing the demands of measurement efficiency with the necessity for high accuracy across different field-of-view requirements.

The system offers support for segmented programming control over various illumination sources, including surface light, transmitted (bottom) light, and coaxial light, allowing for optimal lighting conditions for diverse part geometries.

Advanced pattern recognition algorithms automatically identify and locate measurement positions, ensuring consistent, reliable, and stable measurement results are obtained every time a part is measured.

The core measurement algorithms are powered by advanced technology certified by the PTB (German Federal Institute of Physical Technology), underpinning the system's reputation for metrological traceability and calculation precision.

Automatic Measurement for Faster Batch Production

Measurement programs are seamlessly matched to the workpiece coordinate system, enabling the system to automatically execute the entire pre-defined measurement process upon part loading.

It supports the direct import of CAD drawings and Gerber files, allowing for coordinate system matching and measurement based directly on design data, which streamlines programming and reduces setup time.

Operating in the CNC fixed coordinate system mode, the system enables rapid and highly accurate batch measurements of multiple parts, significantly boosting throughput in production environments.

Rich Accessories for Multiple Composite Measurements

The system supports the integration of triggering probes and optical probes, extending its capabilities to measure height and flatness, thereby achieving comprehensive 3D spatial measurement within a single platform.

It accommodates external data inputs from devices like digital calipers and height gauges, facilitating centralized data management and correlation from multiple measurement sources.

Support for peripheral devices such as label printers is included, allowing for direct part marking or label generation based on measurement results.

Easy to Operate, Worry-Free and Effortless

The intuitive software interface ensures that operators can quickly get started with minimal training, making sophisticated measurement technology accessible to a broader range of users.

Featuring a simple and logical operating interface, anyone can easily set up measurement routines and perform complex measurements with just a few clicks.

The system includes functionality for one-click generation of statistical analysis reports and detailed inspection result summaries, simplifying data interpretation and reporting tasks.

Rich Software Features and Automatic Reporting

The comprehensive software suite provides an extensive toolkit, offering up to 80 different feature extraction, auxiliary construction, intelligent annotation, geometric tolerance analysis, and specialized application tools to handle virtually any measurement challenge.

It automatically outputs detailed SPC (Statistical Process Control) analysis reports, supports data transmission compatible with Q-DAS software for deeper analysis, and enables remote data docking for centralized quality monitoring and management, making it a powerful tool for modern manufacturing quality control.