11 Blue Cross Laser Mode
For Ultra-fast Scanning
7 Blue Parallel Laser Mode
For Hyperfine Scanning
+1 Extra Blue Laser Mode
For Deep Hole Scanning
11 Parallel Infrared Laser Mode
For Large Area Scanning
AirGO Pro
AutoScan-K 3D System
The KSCAN-Magic has four different scanning modes. The first three modes utilize the blue lasers, while the fourth uses infrared lasers.
The difference between the three blue laser scanning modes is the number and configuration of the lasers. Basically, the higher laser count equates to faster scanning speeds while taking a small dip in accuracy and resolution. However, the scanning modes can be flexibly switched and combined to satisfy different application needs while satisfying the metrology-grade accuracy required for an efficient workflow.
The fourth mode uses infrared lasers to scan large objects the size of a small boat. The infrared laser allows for faster scanning times, in contrast to the blue lasers which are engineered for accuracy.
This unique combination of lasers makes the KSCAN-Magic a true all-purpose scanner.
The KSCAN-Magic is a versatile scanner that is able to scan objects the size of a coin up to a small boat. This is made possible due to the unique combination of blue laser + infrared laser technology. The blue laser is used for fine scanning, while the infrared laser makes it possible to scan large objects. Additionally, it also has an in-built photogrammetry system to avoid any loss in volumetric accuracy.
The inclusion of infrared laser and the built-in photogrammetry system makes the KSCAN-Magic standout from all other 3D scanners in its class. The infrared laser brings to the table the ability to scan large objects the size of a turbine, while the photogrammetry system helps maintain a high volumetric accuracy when scanning those large objects.
The CMM K-Probe works by having the KSCAN-Magic track the unique pattern of markers on its front face to position it in global space. The algorithm in the software can then calculate and capture the coordinate at the tip of the probe.
The Edge Inspection Module is used to scan and extract edges of very thin parts like sheetmetal. Most 3D laser scanners have a hard time in accurately scanning edges of thin parts without increasing file sizes exponentially.
The Edge Inspection Module works by emitting light from two LEDs to calculate the grayscale value of the reflection. This results in very fast and accurate capture of thin edges while maintaining smaller file sizes.
Intelligent optical tracking system for delivering ultra-high precision 3D scans without markers
| Scanner Type | Handheld |
Object Size  Typical Object Sizes: M: Engines, Sculptures L: Small boats, Turbines |
M, L |
| Laser source | Blue |
| Accuracy | Up to 0.025 mm |
| Resolution | Up to 0.020 mm |
| Output Type | 3D mesh |
Award-winning, light and compact metrology grade 3D scanner with an ergonomic design
| Scanner Type | Handheld |
| Object Size Typical Object Sizes: XS: Coins, Jewelery S: Camera, Pumps M: Engines, Sculptures |
XS, S, M |
| Laser source | Blue |
| Accuracy | Up to 0.020 mm |
| Resolution | Up to 0.025 mm |
| Output Type | 3D mesh |
Cutting-edge 3D scanner for capturing detailed 3D geometry and rich colors in textures
| Scanner Type | Handheld |
| Object Size Typical Object Sizes: S: Camera, Pumps M: Engines, Sculptures |
S, M |
| Laser source | Structured infrared VCSEL |
| Accuracy | Up to 0.1 mm |
| Color reproduction | 24 bit |
| Output Type | 3D mesh + texture |
Photogrammetry system tailored to deliver precise geometric measurements of large parts
| CMM Type | Optical, Handheld |
| Object Size Typical Object Sizes: M: Engines, Sculptures L: Small boats, Turbines |
M, L |
| Volumetric Accuracy | 0.015 mm/m |
| Depth of field | 6.5 m |
| Capture area | Up to 9.4 m x 6.9 m |
| Output Type | 3D points |
