The FreeScan Combo Plus 3D scanner is a cutting-edge device that combines advanced infrared VCSEL and blue laser technology to deliver unparalleled accuracy and flexibility in 3D scanning. Designed for precision and efficiency, it seamlessly integrates these two technologies to handle a wide range of applications, from capturing intricate details on small objects to scanning larger, complex surfaces with ease. This innovative hybrid approach ensures exceptional performance across diverse materials and environments, making the FreeScan Combo an ideal choice for professionals in industries such as manufacturing, design, and quality control. Benefits Metrology-grade Accuracy Versatile Dual Light Scanning Multiple Scanning Modes Lightweight and Compact Applications Automotive Energy, Heavy Industry & Public Utilities Engineering Machinery & Other Transportation Features Blue Laser & Infrared Light Experience accurate results in any scenario with the innovative combination of blue laser and infrared light, designed to enhance overall efficiency and quality. Four 3D Scanning Modes Multiple-line mode with 50 laser lines for overall scans. Fine scanning mode with 7 parallel laser lines to acquire intricate details. Deep hole scanning mode with 1 single laser line. Infrared light mode for quick scans without markers. Wise Choice for Metrology Achieve industrial-grade accuracy of up to 0.02 mm* with FreeScan Combo Series' laser scanning modes, perfect for metrology tasks. Fast Scan Speed Scan at speeds of up to 3,600,000 points per second, utilizing up to 50 laser lines for the most accurate results. Powerful and Ergonomic Experience the convenience and ease of 3D scanning with the compact, ergonomic, and lightweight design of the FreeScan Combo Series. Experience faster data capture in tight and intricate spaces with the optimized camera angle, perfect for navigating confined and intricate environments. Infrared Light Scanning The infrared light scanning mode is perfect for feature-rich workpieces. It can quickly and efficiently capture parts without the use of markers, making the process more convenient.
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