The Advanced Image Measuring Instrument is a high-precision optical measurement solution engineered for professional two-dimensional inspection. By integrating a high-resolution zoom objective lens and a sophisticated crosshair generator, this system provides unparalleled accuracy for industries requiring rigorous quality control, including electronics, precision machinery, plastics, and specialized instrument manufacturing.
Designed for versatility and efficiency, the system features the REICA 2.5D Precision Measurement Software, allowing users to seamlessly bridge the gap between physical workpieces and digital engineering drawings. From automated AutoCAD integration to patent-protected R-angle measurements, this instrument ensures that every micron is accounted for, significantly reducing production errors and enhancing overall manufacturing yield.
Detailed Parameters
| Analytical Power | 0.001mm | Repeatability Accuracy | 0.002mm |
|---|---|---|---|
| Linear Precision | (3+L/150) µm | Main Body Size | 600500900mm |
| Metal Table Size | 300250mm | Glass Table Size | 220160mm |
| Load Capacity | 180KG | CCD Chip | SONY 1/3 color CCD |
| Objective Lens | 0.7X~4.5X (20X~120X Mag) | Power Supply | AC90～264V 50/60Hz |
Key Advantages
High Precision Base
Equipped with a high-precision granite base and column to ensure maximum stability and thermal resistance during measurement.
Efficient Workflow
Quickly capture JPEG images and create a digital product library for rapid comparison and historical tracking.
AutoCAD Integration
Import AutoCAD drawings to overlap with real-time images, instantly identifying deviations between design and production.
Advanced Imaging
Sony color CCD chip paired with adjustable LED cold light sources for crystal clear contour and surface illumination.
Flexible Magnification
9-segment fixed magnification objective lens allows for scaling changes without the need to select a new scale bar.
Patent R-Angle Tech
Utilizes a patented method for measuring R-angles on flat surfaces with market-leading accuracy.
Product Gallery
Management Platforms
Digital Image Library
Store and manage product photos in JPEG format for seamless quality auditing.
Real-time Overlay
Compare stored images with live workpieces to detect wear or manufacturing drift.
Coordinate Mapping
Set custom (0,0) origins on actual parts for precise X/Y coordinate annotation.
Geometric Analysis
Measure eccentricity, diameters, and point-to-line distances with automated tools.
CAD Synchronization
Export captured contours directly into AutoCAD for professional engineering drawings.
Custom Template Tool
Define custom circles and line segments to compare against workpieces for error detection.
Investment Return Comparison
| Metric | Manual Measurement | Image Measuring Instrument |
|---|---|---|
| Inspection Speed | Slow / High Labor | Ultra-Fast / Automated |
| Error Margin | Human-dependent | Fixed 0.002mm Repeatability |
| Data Integration | Manual Logging | Direct AutoCAD / JPEG Export |
| Complex Geometry | Difficult (R-angles) | Patented R-Angle Function |
| QA Reliability | Variable | Standardized Digital Evidence |
Frequently Asked Questions
It is widely used in electronics, precision machinery, plastics, and general precision machining sectors where 2D measurement of small, complex parts is required.
It allows engineers to overlap actual workpiece images with original CAD drawings, making it instant to identify deviations without manual measurement of every point.
Yes, it features a patented R-angle function specifically designed for accurate measurement of radii on flat surfaces, alongside standard angle and diameter tools.
The system offers an analytical power of 0.001mm and a repeatability accuracy of 0.002mm, ensuring high-precision results for critical components.
Yes, it includes both an LED circular ultra-bright cold light source for surface illumination and a contour lighting system, both with adjustable brightness.
The instrument is built upon a high-precision granite base and column, which minimizes vibration and thermal expansion, maintaining long-term measurement stability.
