User manual MINOLTA RANGE 5 BROCHURE

[. . . ] Early feedback of the results to the design and production processes reduces losses in later processes. Solution 2 By visualizing the spring-back which occurs during forming trials in press die making, the location and amount of distortion can be pinpointed precisely, leading to improved accuracy of die correction and reduced correction cycles. Personal computer (commercial product) Solution 3 By creating 3D CAD data of the dimensions and tolerances for inspection points such as the positions of bosses, ribs and holes of plastic products in advance, you can automatically create dimension inspection reports on GD&T analysis, etc. , resulting in the development of a routine and speeding up the inspection process. KONICA MINOLTA RANGE5 is designed to provide high operability and reliability. It is a user-friendly 3D digitizer that provides easy operation with intuitive GUIs, minimization of erroneous measurements, and always offers high-quality 3D data regardless of the target shape or surface conditions. INNOVATION Innovative performance ofered by a next-generation 3D digitizer A Full of various types of know-how to enable high-quality 3D data to be obtained quickly and easily. 01 Easy-to-carry digitizer with integrated camera and controller 03 The 3D preview function reduces erroneous measurements The KONICA MINOLTA RANGE5 is a new 3D digitizer series full of 3D digitizing know-how accumulated from Konica Minolta's over 10 years of experience. The compact and lightweight design integrates the camera and controller in a single body weighing only approximately 6. 7 kg, providing high mobility on measurement sites. The 3D preview function allows users to predict measurement results quickly. With a pre-scan of only 0. 4 seconds, users can check for measurement area depth, dead angles, scan problems due to surface conditions, etc. [. . . ] Whether or not treatment of the surface prior to measurement is necessary depends on actual use conditions. *2 Reflectance at 660nm excluding specular reflectance. Based on Konica Minolta standard measurement conditions. *3 500 lx or less Measurement example using Dark Surface Mode measurement function Measurement subject Measured data 03 Easy operation and high processing ability for reduced total operation time Personal computer (commercial product) 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 RANGE5 (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 RANGE5 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 RANGE5 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 RANGE5 has achieved high measurement accuracy*1 of ±80 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 (For RANGE7, 5 ) 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 RANGE5 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 at a distance of 450 mm and ambient temperature of 20±1°C. Other conditions are according to Konica Minolta Sensing standards. *3 Ball bar: Equipment for evaluation of accuracy, consisting of a bar that has balls attached at both ends. [. . . ] · Screens shown are for illustration purpose only. <Operating Environment> OS CPU RAM Display Graphics board Interface Windows® Vista Business SP1(64bit), Windows® XP Professional x64 Edition SP2 (64bit) Core2Duo, Xeon or higher 4 GB or more Graphics display capability of 1280 x 1024 or more OpenGL compatible board (Konica Minolta verified compatible board recommended) USB 2. 0 port SAFETY PRECAUTIONS Read all safety and operating instructions before operating the KONICA MINOLTA RANGE5. Use only a power source of the specified rating. Improper connection may cause a fire or electric shock. 34mW 660nm , CLASS 2 (IEC) LASER PRODUCT) Osaka, Japan Konica Minolta Sensing Americas, Inc. [. . . ]