OGP Optical Two - Dimensional Image Measuring Instrument - High - Precision Non - Contact Metrology Solution

Product Details

1. Product Overview

The OGP Optical Two - Dimensional Image Measuring Instrument is a state - of - the - art metrology device renowned for its precision, versatility, and reliability. It combines advanced optical microscopy with cutting - edge image processing technology to provide accurate and efficient measurement solutions for a wide range of industries, including manufacturing, electronics, aerospace, automotive, and more. Whether you need to measure the dimensions of small, intricate components or perform quality control inspections on large - scale products, the OGP two - dimensional measuring instrument is the ideal choice.

2. Working Principle

The instrument operates based on the principle of optical imaging. It first uses high - precision optical lenses to optically magnify the object to be measured at a high magnification. The magnified image of the object is then sent to a computer through a CCD camera system. Subsequently, the computer utilizes professional measurement software for image processing and analysis. By identifying and analyzing the edges, contours, and features of the object in the image, it can accurately measure the object's two - dimensional dimensions, such as lengths, widths, diameters, angles, and positions, with high precision.

3. Key Features

Non - Contact Measurement: Employs a non - contact optical measurement method, which is particularly suitable for measuring delicate, soft, or easily - damaged materials.

High - Precision Measurement: Offers exceptional measurement accuracy, with optical measurement accuracy typically reaching the micron level.

Versatile Measurement Functions: Capable of measuring a wide variety of geometric features, including straight lines, circles, arcs, angles, and complex shapes.

Automatic Measurement and Data Analysis: Equipped with user - friendly software that allows for the programming of automatic measurement sequences.

Multi - Sensor Integration: In addition to optical measurement, some models of the OGP two - dimensional measuring instrument can be integrated with other sensors, such as laser sensors or touch probes, within the same coordinate system.

4. Technical Specifications (Typical Values, May Vary by Model)

Measurement Range: The measurement range can vary depending on the specific model, but common ranges for the X and Y axes are from 200mm to 2000mm, providing flexibility for measuring objects of different sizes.

Measurement Accuracy: Optical measurement accuracy can reach as high as 2μm - 4μm, ensuring precise dimensional measurements.

Resolution: Features a high - resolution CCD camera with a pixel array, such as 768x494 pixels, and can achieve sub - pixel resolution through advanced image processing algorithms, typically up to 10:1 sub - pixel resolution.

Optical System: Utilizes a high - quality optical zoom lens with a magnification range, for example, a 5:1 AccuCentric? automatic calibration zoom lens that provides on - screen magnifications from 40x to 200x. Some models may also offer additional objective lens accessories for specific measurement requirements.

Illumination System: Equipped with a variety of illumination sources, including LED backlight (calibrated) for measuring transparent or semi - transparent objects, coaxial LED surface light for enhancing surface details, and a SmartRingTM LED white light source for general - purpose illumination. The illumination intensity and angle can often be adjusted to optimize the measurement conditions for different types of workpieces.

Data Output: Supports data output in various formats, such as CSV, Excel, and PDF, for easy integration with other software systems and for generating detailed measurement reports. It can also communicate with factory automation systems or laboratory information management systems (LIMS) for seamless data transfer and process control.

5. Applications

Aerospace Industry: Used for measuring complex - shaped and high - precision components, such as turbine blades, aircraft engine parts, and structural components.

Automotive Manufacturing: Widely applied in the measurement of automotive parts, including engine components, transmission parts, and body panels.

Electronics Industry: In the electronics manufacturing field, it is essential for measuring the dimensions of printed circuit boards (PCBs), semiconductor chips, and other electronic components.

Optical Product Manufacturing: Plays a crucial role in measuring optical components such as lenses, prisms, and optical filters.

General Manufacturing and Metalworking: Applied in the measurement of metal parts, plastic components, and other general - purpose products.