Product Description
Thus machine is mainly used to measure the size of products and molds. The secondary metering instrument is mainly used to measure the two-dimensional plane detection of thin products and smaller products or other parts.
High-Precision Non-Contact MeasurementHarnessing advanced image processing and edge detection technology, this instrument offers accurate and repeatable dimensional analysis for materials such as fabric, plastic, rubber, and more. Automatic calibration and robust protection systems enhance reliability and ensure dependable results for both quality assurance and research applications.
Versatile and User-Friendly OperationThe device supports both manual and semi-automatic control, allowing operators to tailor its use for a broad range of tasks. Featuring multi-language support, intuitive measurement software, and data storage via internal memory or USB, it streamlines workflow for users across global industries.
Flexible Data Management and ExportUsers can export measurement data directly in common formats such as CSV, Excel, and image files for seamless integration into quality control and reporting systems. With compatibility for Windows 7/10/11 and standard USB/RS232 interfaces, managing and sharing results is efficient and straightforward.
FAQs of Two-dimensional image measuring instrument:
Q: How does the two-dimensional image measuring instrument perform measurements?
A: The instrument captures high-resolution images of specimens using its built-in zoom lens and camera. Integrated software applies edge detection algorithms to accurately determine dimensions such as distance, angle, diameter, and other geometry, providing reliable, non-contact measurements.
Q: What types of materials and specimens can be measured with this device?
A: This instrument can accommodate and accurately measure a wide variety of materials including fabric, electrical components, rubber, plastic, paper, sheet metal, and PCB up to a specimen size of 200 mm 100 mm.
Q: When should automatic calibration be used, and how is it performed?
A: Automatic calibration should be conducted prior to measurement or whenever precision is required. The system utilizes a certified reference scale to calibrate axes and ensure consistent accuracy, streamlining setup and reducing the potential for user error.
Q: Where can measurement results be stored or exported from this instrument?
A: Measurement data can be saved internally on the instrument or exported to a USB flash drive. With file support for CSV, Excel, and image formats, users can readily transfer results to computers or quality management systems for further analysis.
Q: What is the process of adjusting illumination or magnification during measurement?
A: The instrument features an LED ring light with adjustable brightness that can be fine-tuned via the control panel. Magnification is easily set using the zoom lens, offering optical ranges from 18X to 115X and up to 230X digitally, allowing for optimal viewing of specimens.
Q: How does the instrument benefit quality control and production processes?
A: With its high measurement accuracy (2.5+L/100 m), quick response time (2 s), and user-friendly interface, the device enables fast, repeatable dimensional analysis. This facilitates improved process monitoring, defect detection, and product verification in laboratory and production environments.
Q: What are the usage and environmental requirements for operating this equipment?
A: The device is designed for bench-top use in labs or production floors. It operates optimally in environments with temperatures between 10C and 40C and humidity 70% RH, and is powered by AC 220V (10%), 50/60Hz, with no gas required for operation.