KSCAN - E
Wireless, Versatile, Precise and Powerful
The KSCAN-E is an advanced all-in-one handheld 3D scanner engineered for high-precision industrial measurement and metrology applications. It combines cutting-edge scanning technology with true wireless freedom. No cables or external computers required. Allowing flexible use across workshops, labs, and field environments.
Key Highlights
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Fully wireless, intelligent design with built-in computing and dual batteries for untethered scanning anywhere.
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Ultra-high accuracy and detail — up to 0.020 mm accuracy and up to 0.010 mm resolution capture.
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Six versatile scanning modes, from ultra-fast large-area measurement to hyper-fine detail and deep-hole inspection.
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High-speed scanning performance with quad-cross blue laser technology and up to 8.29 million measurements per second at 180 FPS.
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Built-in photogrammetry and adaptive measurement systems ensure high volumetric accuracy for both small and large parts.
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Robust industrial versatility — ideal for aerospace, automotive, energy, heavy industry, quality inspection, reverse engineering, and more.
Why It Matters
The KSCAN-E delivers unmatched precision, speed, and flexibility in a single handheld scanning solution — boosting productivity and simplifying complex 3D measurement workflows without compromise.
Type | KSCAN-E |
|---|---|
Object size | 0.050mm to 8m |
Laser class | ClassⅡ (eye-safe) |
Resolution up to | 0.010 mm |
Dimension | 344 mm x 124 mm x 99 mm |
Interface mode | USB3.0 Type-B |
Wireless standard | Wi-Fi 6,802.11a/b/g/n/ac |
Wireless connection | Support Dual WNIC |
Intelligent and wireless mode | Support |
Uninterrupted power supply | Support |
Operating environment | Fanless, suitable for workshop environments |
Operating temperature range | -10~40℃ |
Operating humidity | 10-90% RH |
* ISO 17025 accredited: Based on VDI/VDE 2634 Part 3 standard and JJF 1951 specification, probing error (size) (PS) performance is evaluated.
** ISO 17025 accredited: Based on VDI/VDE 2634 Part 3 standard and JJF 1951 specification, sphere spacing error (SD) performance is evaluated.