Vertical Profile Projector with Digital Data Processor

Profile projector is an optical instrument that can be used for measuring. It is a useful measuring tool for small parts, machine shops, or production lines for the quality control inspection team. The projector magnifies the profile of the specimen and displays this on the built‐in projection screen.

Description

Description

Vertical Profile Projector with Digital Data Processor

Vertical Profile Projector with Digital Data Processor” is a specialized piece of equipment used for dimensional measurement and inspection in various industries, particularly manufacturing and quality control. This type of equipment combines the functions of a vertical profile projector with digital data processing capabilities for enhanced precision and efficiency. Profile projector is an optical instrument that can be used for measuring. It is a useful measuring tool for small parts, machine shops, or production lines for the quality control inspection team. The projector magnifies the profile of the specimen and displays this on the built‐in projection screen.

Key Feature :

  1. Vertical Profile Projector: A vertical profile projector, also known as an optical comparator, is an optical instrument used for magnified inspection and measurement of 2D profiles or dimensions of various objects. It typically consists of an optical system, a stage for placing the workpiece, and a screen for displaying the magnified image of the part being inspected.
  2. Digital Data Processor: The digital data processor component enhances the capabilities of the profile projector by introducing digital technology for data acquisition, processing, and analysis. This processor may include features such as:
    • Digital Display: A digital screen or interface that replaces or supplements the traditional analog screen found in profile projectors. This display provides a clearer and more precise view of the part being inspected.
    • Measurement Software: Specialized software that allows users to capture and process measurement data directly from the projected image. This software can automate measurements, calculate dimensions, and store measurement results for analysis and documentation.
    • Data Output: The ability to export measurement data in digital formats, such as spreadsheets or reports, for quality control records and analysis.
    • Data Storage and Management: Capability to store and manage measurement data, enabling traceability and historical analysis of parts and their dimensions.
    • Automated Features: Depending on the sophistication of the digital data processor, it may offer automated measurement capabilities, such as edge detection, part recognition, and comparison to CAD (Computer-Aided Design) models for quality control purposes.
  3. Digital Imaging: Some modern vertical profile projectors with digital data processors may include digital cameras or imaging systems. These cameras capture high-resolution images of the part being inspected, which can be used for documentation, archiving, and further analysis.
  4. User Interface: The user interface for a vertical profile projector with a digital data processor is typically user-friendly and may include touchscreen controls, intuitive software menus, and the ability to customize measurement settings.
  5. Precision and Accuracy: These systems are designed to provide precise and accurate measurements, making them valuable tools for quality control and inspection in manufacturing environments.

Functions

It is fitted with a Digital Data Processor System Least Count of 0.001mm having the following Multiple Functions.

  • Determining straight line and circle with multiple dots gathering.

  • Determining different geometrical elements with the way of association.

  • Possessing the function of rotating and paralleling coordinate.

  • Possessing the function of transmitting the polar and rectangular coordinates.

  • Placing in advance and installing of different geometrical elements.

  • Storing and transferring of different geometrical elements.

  • Possessing the function of user coded program.

  • Possessing the function of memory when power cut.

  • Possessing the function of output RS232.

  • Setting up Z coordinate to the length of sensor and angle value of code machine.

  • Possessing the function of grating sensor linear correction and regional linear correction.