When precision needs to meet portability, the right tool makes all the difference. In this upcoming Scanner Spotlight Webinar, we’re featuring the Scantech SIMSCAN-E — a truly compact, wireless 3D scanner built to deliver high-resolution performance wherever your work takes you. Whether you’re operating in tight spaces, on the shop floor, or out in the field, the SIMSCAN-E offers the flexibility, accuracy, and freedom to capture complex data without compromise.
Weighing just 600 grams and engineered for one-handed operation, the SIMSCAN-E offers an impressive blend of power, precision, and portability. With advanced edge computing and wireless data transfer, it operates free from cables and constraints — making it the perfect solution for dynamic work environments such as shop floors, outdoor inspections, or elevated positions. This intelligent system is built for flexibility, featuring a dual-power design with hot-swappable batteries and an intuitive battery level indicator, ensuring uninterrupted scanning wherever your work takes you.
In this webinar, we’ll explore the SIMSCAN-E’s three powerful scanning modes:
You’ll see how this scanner excels in applications requiring high-resolution data and total mobility — from reverse engineering and quality inspection to product design and field analysis. Its steep view-angle camera design and sub-pixel feature extraction ensure every hidden edge, slot, or channel is recorded with impressive clarity and accuracy.
We’ll also cover how the SIMSCAN-E’s advanced image enhancement algorithms and high-definition industrial cameras work together to capture fine features, even in complex or cluttered environments. Whether you’re scanning a mold cavity, a deep groove in a mechanical part, or capturing data in tight quarters, the SIMSCAN-E delivers reliable results every time.
Reserve your spot today and discover how the Scantech SIMSCAN-E gives you the freedom to scan with precision — anytime, anywhere, and without compromise. This is a must-attend session for professionals seeking cutting-edge mobility in 3D scanning.