High Precision Portable CMM RA535 3D Measuring Arm Articulated Arm Coordinate Measuring Machine

High Precision Portable CMM RA535 3D Measuring Arm Articulated Arm Coordinate Measuring Machine

Product Description

RA5 SERIES CMM Portable Measuring ARM is mainly used in the precision measurement of automobile production line, aircraft maintenance factory, shipbuilding factory, locomotive factory, locomotive factory, mold manufacturing workshop, etc.

Accuracy of the test (in line with common international standard coordinate B89.4.22-2004):

(1) single-point repeatability test method: The standard probe placed in the nest cone in the direction from multiple single-point data collected by the software to calculate the point to the standard deviation and the cone of each point (single point) average standard deviation of the center. This method is used to test and measurement equipment repeatability.

(2) spatial precision length measurement methods: the measurement range, measured with a standard length of the test many times the value of the length of the standard device, the measurement results with the theoretical value of the standard deviation between the devices as the standard deviation. If 95% of the measurement results within the accuracy of the calibration, the standard deviation of ± 2σ confidence level meet, this method as a general quality measurement system accuracy criteria

Geometric feature detection

1. Measure the geometric features on the workpiece. And through projection and intersection, existing geometric features are fitted to generate new features.

2. Quickly analyze spatial dimensions such as distances and angles between geometric features.

3. The coordinate system can be customized through points, lines, and surfaces, and linear dimensions can be marked.

GD&T geometric tolerance detection

The measurement software provides GD&T tools to evaluate the form and position tolerances of geometric features. For example, verticality, parallelism, flatness, cylindricity, coaxiality, inclination, position, etc.

Comparison between 3D model and actual object

The software is compatible with multiple 3D data formats and provides multiple coordinate alignment methods. It can automatically compare measured geometric features and surface point data with theoretical values on the three-dimensional model, and provide error analysis graphic reports.

Test report

Test reports in PDF, Excel, and mht formats can be quickly output.

The inspection report customization function is powerful, and the output report is convenient and fast, with pictures and texts.

Application fields: used in automobile production line, aerospace, shipbuilding, inspection fixture manufacturing, mold manufacturing, etc.

Product parameters

Optional Accessories:

Jiujiang RUYA Precision Technology Co., Ltd. was established in January 2013. It is located at the northern foot of Mount Lushan of China, a national 5A tourist attraction, and on the south bank of the Yangtze River. It is stationed in the national Jiujiang Economic and Technological Development Zone. It is a national-level high-tech enterprise, a national-level “Specialized Special New Little Giant” enterprise and a “gazelle enterprise” in Jiangxi Province with development directions of precision machinery, geometric measurement, inertial testing technology, and precision angle measurement sensors.

The company has established a modern enterprise management system and a digital information management model and has passed the integration of the two informatization standards implementation system and the national military standard quality system (GJB 9001C-2017) certification. At the same time, it has established a long-term industry-university-research collaborative innovation mechanism with universities such as the University of Science and Technology of China and Hefei University of Technology, gathering high-end talents in the geometric measurement and inertial testing technology industries, cultivating a group of key technical personnel in precision machinery and measurement, power electronics and measurement and control software technology development, and creating an industry-leading "high-end equipment manufacturing measurement and testing laboratory" and be recognized by provincial and municipal innovation platforms such as "New R&D Institution" and "Precision Angle Measurement Technology Innovation Center".