Overview Supported Laser Manufacturers
| Manufacturer | Scanner | Qinsy supported | Online | Offline |
|---|---|---|---|---|
| Renishaw (formerly MDL) | Dynascan/SLM | since 2008 |  | |
| LEICA | HDS6000 | since 2009 | | 1 |
| Z+F | IMAGER5006 | since 2009 | | 1 |
| RIEGL | VQ-250 / VMX-250 | since 2009 | | |
| RIEGL | VZ-400 | since 2010 | | 2 |
| LEICA | HDS6100 | since 2010 | | 1 |
| LEICA | HDS6200 | since 2011 | | 1 |
| Z+F | IMAGER5006i/h | since 2011 | | 1 |
| Z+F | PROFILER5006i/h | since 2011 | | |
| RIEGL | VZ-1000 | since 2011 | | 2 |
| SICK | LMS500/511 | since 2011 | | |
| RIEGL | VQ-450 | since 2012 | | |
| RIEGL | VZ-4000 | since 2012 | | 2 |
| LEICA | HDS7000 | since 2012 | | 1 |
| Z+F | IMAGER5010 | since 2012 | | 1 |
| OPTECH | ILRIS-HD | since 2012 | | |
| Applanix | LANDMark Marine | since 2012 | | |
| FARO | Focus3D | since 2013 | 3 | |
| Velodyne | HDL-32E | since 2013 | | |
| LEICA | ScanStation P20 / P15 | since 2014 | | |
| 2G Robotics | ULS-500 | since 2014 | | 4 |
| RIEGL | VZ-6000 | since 2014 | | 2 |
| PENTAX | S-3180 | since 2014 | | |
| LEICA | ScanStation P16 / P30 / P40 | since 2015 | | |
| Velodyne | VLP-16 Puck / Puck LITE | since 2015 | | |
| RIEGL | VZ-2000 | since 2015 | | 2 |
| Cathx Ocean | L1000 | since2016 | 5 | |
| Z+F | PROFILER 9012 | since 2016 | | |
| QUANERGY | M8 | since 2017 | | |
| 2G Robotics | ULS-500 PRO | since 2018 | | 4 |
| RIEGL | VZ-400i | since 2018 | | 2 |
| Teledyne Optech | Polaris Terrestrial Laser Scanner (HD, ER, LR) | since 2019 | | |
| LEICA | ScanStation P50 | since 2019 | | |
| Kraken | SeaVision | since 2020 | | |
| Velodyne | VLP-32C Ultra Puck | since 2020 | | |
| Velodyne | VLP-16 Puck Hi-Res | since 2021 | | |
| OUSTER | OS0, OS1, OS2 | since 2022 | | |
| 3D at Depth | SL3 Subsea Lidar | since 2022 | | |
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| 1) Z+F own file format (ZFS) from a static scan using a tripod can be converted to ASCII pts file as final DTM point cloud. | ||||
| 2) RIEGL own file format (RXP) from a static scan using a tripod can be converted to ASCII pts file as final DTM point cloud. | ||||
3) FARO Focus3D integrated in MDL/Renishaw HD100 Dynascan. Manufacturers own file format (DFB) can be imported in a recorded Qinsy database, containing position, heading and motion data. | ||||
| 4) Manufacturer 2G Robotics is capable of creating DFB files, which can be imported in a recorded Qinsy database, containing position, heading and motion data. | ||||
| 5) Manufacturer Cathx Ocean creates ASCII files (PCP, Point Cloud Polar File format) which can be imported in a recorded Qinsy database, containing position, heading and motion data. | ||||
