User manual MINOLTA RANGE7 BROCHURE

[. . . ] The digitized profile data can then be accurately reproduced on a computer screen. By comparing this data against 3D CAD data with optional application software, you can quickly output measurement reports on overall deviation, cross-sectional deviation, wall thickness distribution and GD&T (Geometric Dimensioning and Tolerance). This allows increased speed and improved quality in the manufacturing process. [. . . ] It does not require a dedicated computer but can be operated with a commercially-available laptop computer*, keeping the mobility of the RANGE7 intact. It also allows quick data transfer to optional application software via IPC (Inter Process Communication) without the need to save files. * For detailed specifications, refer to the Operating Environment of RANGE VIEWER in this catalog. Personal computer (commercial product) 03 Easy operation and high processing ability for reduced total operation time The total operation time from the setting of distance and angle of view, through scanning, to data integration is about 35 minutes* to measure Konica Minolta's standard sample from 30 directions. High operability and a processing ability of approximately 1 minute/cycle on average has been achieved. * Measurement using markers (optional accessory). Other conditions are according to Konica Minolta Sensing standards. Measurement procedure with KONICA MINOLTA RANGE7 (measurement using markers) Attach markers so that f ive to ten markers are displayed on the monitor screen during measurement. Perform measurement and check that the markers are displayed on the monitor screen. Position is aligned according to the automatic recognition of three or more matching markers in overlapped images during measurements. Results of the measurement of the entire target are obtained by repeating steps and . WORK FLOW RELIABLE Toward new horizons for optical 3D digitizers A The KONICA MINOLTA RANGE7 boasts high accuracy and reliability. Points Konica Minolta Sensing cannot compromise as a manufacturer of measuring instruments. 01 Stable scanning with light sectioning method 03 High measurement accuracy based on strict inspection standards KONICA MINOLTA RANGE7 employs triangulation by the light sectioning method, using a Class-2 semiconductor laser to sweep the target with laser light. In as little as approximately 2 seconds, a target is scanned with laser light that has passed through a slit, and the reflected light is received by the 1. 31-megapixel CMOS sensor that provides high-resolution information. The information is then converted into 3D data using the data for distance to the target calculated based on the triangulation principle. One scan can obtain up to approximately 1, 310, 000 points (1, 280 x 1, 024 points) of 3D coordinate data. Measurement target Laser light The KONICA MINOLTA RANGE7 has achieved high measurement accuracy*1 of ±40 m*2 in accuracy evaluation using ball bars*3 according to the guidelines in "VDI/VDE 2634*4 Part 2". The testing method utilizing ball bars is planned to be included in a Japanese Industrial Standards proposal related to the testing of optical non-contact coordinate measuring instruments. Ball bars Konica Minolta performs testing based on "VDI/VDE 2634 Part 2" using ball bars calibrated by the National Institute of Advanced Industrial Science and Technology of Japan for all KONICA MINOLTA RANGE7 units. We build confidence by clearly indicating the product accuracy and by conducting strict testing for each unit before shipment. CMOS sensor *1 Accuracy: Measuring instrument accuracy expressed as error limits under the defined conditions. *2 Measured with the TELE lens at a distance of 450 mm and ambient temperature of 20±1°C. [. . . ] German Office French Office UK Office Italian Office Polish Office SE Sales Division Konica Minolta (CHINA) Investment Ltd. Konica Minolta Sensing Singapore Pte Ltd. EMail : 3dsales@konicaminolta. jp 34mW Registration No. [. . . ]