Introduction Non-contact 3D digitizer KONICA MINOLTA RANGE7 can instantaneously digitize the external profiles of various industrial parts, including press parts, machined parts, dies, prototypes, cast parts and injection molded parts, into 3D data. 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. In addition to measurement for inspection and quality control, KONICA MINOLTA RANGE7 offers various applications including: Reverse engineering Rapid prototyping Creation of machining data Digital mockup KONICA MINOLTA RANGE7 opens up the future possibilities of non-contact 3D measurement by adding the elements of increased reliability, improved operability and easier transportability to Konica Minolta's accumulated optical technologies and auto-focus function. Principal applications and measurement targets Quality inspection (confirmation and verification of whether parts are manufactured to specifications) and reverse engineering (quantification of quality and capability of parts, etc.) from development to prototyping phases Cast and other formed materials Pressed parts Injection molded parts Various machined parts

INNOVATION Innovative performance offered by a next-generation 3D digitizer Full of various types of know-how to enable high-quality 3D data to be obtained quickly and easily. Easy-to-carry digitizer with integrated camera and controller The KONICA MINOLTA RANGE7 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 two interchangeable lenses allow one digitizer to handle a broad measurement range. Two types of lenses (TELE, WIDE) are included as standard.    Various focusing functions for quick capturing of clear 3D data The auto-focus (AF) function implements further advances that only Konica Minolta could provide, to offer a multi-focus mode which automatically shifts the focus position in two steps to obtain more accurate and sharper 3D measurement data. This is especially effective for measurement of deep objects. The adjustment of distance and angle of view is also easy by using the point AF function which adjusts the focus to the point specified by the user and the Field of View (FOV) indicator which shows the current measurement area.   The FOV indicator shows the current measurement area.   The 3D preview function reduces erroneous measurements 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. beforehand to greatly reduce erroneous measurements.   Check the focus on the monitor screen.�¨ Preview is displayed in 0.4 seconds.�¨ Measurement results   Excellent ability to measure glossy surfaces, surpassing normal assumptions regarding optical 3D digitizers The new sensor and original measurement algorithm ensure a wider dynamic range. Even glossy objects, such as metallic surfaces, can be measured reliably.    Measurement of the machined surface of a cast part

RELIABLE Toward new horizons for optical 3D digitizers The KONICA MINOLTA RANGE7 boasts high accuracy and reliability. Points Konica Minolta Sensing cannot compromise as a manufacturer of measuring instruments. Stable scanning with light sectioning method 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.     High reliability with minimized influence from environment conditions The KONICA MINOLTA RANGE7 has adopted a new optical system which adjusts focus based on the signal from the image pickup device. It also has an integrated inner base-plate made of CFRP (carbon fiber reinforced plastic). As a result, the KONICA MINOLTA RANGE7 has achieved a lightweight body, great rigidity and high driving accuracy. At the time of measurement, the KONICA MINOLTA RANGE7 provides high reliability when operating in various environments by minimizing the influence of instrument tilt, temperature changes, etc.   CFRP box structure offering great rigidity and temperature characteristics   High reliability with minimized influence from environment conditions The KONICA MINOLTA RANGE7 has achieved high measurement accuracy*1 of ±40 ìm*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. 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. >Accuracy: Measuring instrument accuracy expressed as error limits under the defined conditions. >Measured with the TELE lens at a distance of 450 mm and ambient temperature of 20±1°C. Other conditions are according to Konica Minolta Sensing standards. >Ball bar: Equipment for evaluation of accuracy, consisting of a bar that has balls attached at both ends. >VDI/VDE 2634: Optical measurement system testing guidelines issued by Germany in 2002.     On-site calibration for maintaining high reliability   A compact calibration chart that can be set up on a table is supplied as standard. When calibration is required due to changes in ambient temperature, all you have to do is to scan the calibration chart according to the software guidance. This will ensure measurements with the same accuracy as the time of shipment from the factory.   Compact calibration chart (standard accessory)