Cantilever 3D Automatic Video Measuring System 2um Repeatability 320Kg Net

Product Specification

Cantilever Automatic Video Measuring System Vimea43B Series

Product Characteristic:

1.XYZ three-axis CNC automatic precision control, precise positioning;

2.Granite base and pillar, good stability;

3.Precision linear guides, grinding-grade ball screws and AC servo motors, etc., ensure the accuracy and stability of the motion system;

4.0.5μm high-precision grating ruler to ensure the positioning accuracy and measurement accuracy of the system;

5.High-resolution digital camera to meet the needs of clear observation and precise measurement;

6.6.5X high-definition optical lens, accurate zoom, one-time pixel correction;

7.Program-controlled 5-ring 8-area LED surface illumination and parallel LED contour illumination system intelligently realize 256-level brightness adjustment;

8.The automatic Vision measurement software iMeasuring with powerful functions and easy to operate.

Specifications:

Note:

L is measured length(mm), the mechanical accuracy of Z-axis and focus accuracy is greatly related to the surface of the workpiece.

Magnification is approximate value, it is related to the dimension of monitor and resolution.

0.5X or 2X objective is optional available according to the needs.

Product Configuration Model Description (Example with Vimea432):

Cantilever Automatic Video Measuring System Models and Specifications:

Cantilever Automatic Video Measuring System Travel Guide Table:

Software Introduction:

iMeasuring software is a professional multisensor measuring software which combined with the developers tenyears experience in the measuring and software research industry.The design principle is friendly operation, powerful function, high accuracy and stability, simple maintenance.
● Excellent software architecture design and fully object-oriented, to ensure the software is stable and reliable.
● Support with multiple language, no need to install language pack and change the software which is convenient to local customers.
● Professional SPC statistical analysis software connected to measuring software, to realize that the data could automatically export to SPC database without manual operation.
● The same model of software will be permanent free to update, it can help to reduce other trouble to customer.
● With powerful edge finder algorithm, which can help to get the edge of the shadow or dark image and ensure highly accuracy.
● The software could automatically recognize and measure line, circle, arc and other elements.
● It is based on different elements and supplies multiple element construction function such as Translation, rotation, extraction, combinations, parallel, vertical, mirroring, symmetry, intersection, tangent, etc.
● The software has break-point setting function, it can be intelligent switched between manual measurement and auto measurement.

Industry Application:

Optical measuring Machine OMM, also known as Vision Measuring Machine and Non-contact Measuring Machine, Two-Dimensional measuring Machine, 2.5-Dimensional Measuring Machine, with the upgrading of modern industrial high precision and micro-manufacturing industry, it adopts non-contact optical image measurement method for fast and precise measurement. The measurement of geometrical dimensions and geometrical tolerances becomes inevitable.

Optical measuring Machines are suitable for all application fields for the purpose of coordinate measurement, and are widely used in machinery, electronics, instruments, hardware, plastics and other industries. Such as: molds, screws, metals, accessories, rubber, PCB boards, springs, hardware, electronics, plastics, aviation, aerospace, etc., it overcomes the shortcomings of traditional vernier calipers, micrometers, and Profile projectors, which is a high-precision, high-efficiency and high-reliability measuring Machine integrating optical, mechanical, electronic, and computer image processing technologies.

The object to be measured is enlarged by the optical magnification system. After the image features are collected by the CCD camera system and processed by computer and software algorithms, the contour and surface shape, size, angle and position of various complex and precise parts can be detected automatically. Micro inspection and quality control. The measurement data can be imported into AUTOCAD to become a complete engineering drawing, and documents in DXF, IGS and other formats can be generated, and can also be imported into WORD, EXCEL and SPC statistical analysis software to generate CPK and various statistical reports.