EinScan Rigil
Tri-mode laser 3D scanner
The EinScan Rigil is the first tri-mode 3D scanner featuring an integrated computing unit and wireless technology. It combines computing power, flexibility, and precision in a single device and, with its three scanning modes, enables a fully wireless workflow. Thanks to hybrid light technology – combining blue laser lines and infrared VCSEL – the EinScan Rigil captures objects of various sizes and surfaces with impressive accuracy of 0.04 + 0.06 mm/m and a resolution of up to 0.05 mm, ensuring professional results of the highest quality.
Aerospace
Architecture
Automotive Industry
Commercial Good
Education
Prototypes
Two scanners in one – precision in any lighting condition
With two specially calibrated camera groups and projectors, the EinScan Rigil adapts seamlessly to different light sources – laser and infrared. This ensures precise, stable results even under strong ambient lighting, with a volumetric accuracy of 0.04 + 0.06 mm/m. Three flexible operating modes – standalone, wireless, and Wi-Fi PC mode – provide maximum freedom and performance for a wide range of scanning requirements. In this way, the EinScan Rigil combines top-tier accuracy, adaptability, and efficiency in a single system.
0,04 mm
Scan accuracy
0,05 ~ 10 mm
Point distance
940,000 – 4,400,000 points/s
Scan area
160 ~1500 mm
Working distance
Markerless laser scanning
Thanks to a dedicated tracking algorithm, the EinScan Rigil enables markerless scanning that is more efficient than traditional methods – while delivering higher data quality than IR scans. Perfect for fast, professional workflows without time-consuming preparation.
Efficient under direct sunlight
The blue laser and infrared projectors automatically adapt to changing lighting conditions. This allows precise and stable scanning even in strong outdoor sunlight – perfect for mobile use.
5-megapixel color camera
The integrated 5-MP camera delivers high-resolution texture details in all scanning modes. Designers, engineers and artists benefit from realistic surface information and maximum model fidelity for analysis and further processing.
Professional modeling workflow
The EXScan Rigil software supports the entire process – from calibration to the finished 3D model. Automatic hole filling, global optimization and precise alignment ensure excellent data quality and smooth further processing.
Performance meets versatility
Maximum efficiency in every detail – precise scanning wherever you are
With the EinScan Rigil, 3D scanning becomes a seamless experience – fast, precise and reliable. Thanks to hybrid light technology and the integrated computing unit, it combines top-level performance with full wireless flexibility. Whether in the studio, workshop or out in the field, the EinScan Rigil delivers razor-sharp 3D data for a wide range of applications – from design to reverse engineering.
EinScan Rigil Webinar
To help you quickly become productive with your new 3D scanner, we offer our quick start course in the form of a webinar (web-based seminar): In just 120 minutes, you'll understand how the 3D scanning software works.
Webinar Process
- Introduction to the functionality and operation of the 3D scanning software
- Overview of the importance of settings
- The right settings for your perfect 3D scan!
- Tips & Tricks
- Troubleshooting – Causes and solutions for the most common problems
Requirements
- Available, operational PC with Windows 7, 8 or Mac OS X with full administrator rights
- Internet access
- Already installed and functional TeamViewer or Microsoft Teams software
The details of the appointment and the webinar software will be discussed after receiving your order.
Support and Service
- Professional consultation
- Custom packages for industrial customers
- On-site training
- Service package with free phone and email support
- Complete solution with 3D printer
- Component optimization via remote maintenance
- Process optimizations
- Customized seminars on-site
- On-site service
Downloads
Technical Specifications
| Scanmodus | Laser HD | IR Schnell | |||||||
| Lichtquelle | 19+19 blaue gekreuzte Laserlinien | 7 blaue p 19+19 blaue gekreuzte Laserlinien arallele Laserlinien | IR Vocsel | ||||||
| Auflösung | 0.05 ~ 10 mm | 0.2 ~ 10 mm | |||||||
| Scanrate | 4,400,000 Punkte | 940,000 Punkte | 1,600,000 Punkte | ||||||
| Arbeitsabstand | 170 ~ 550 mm | 160 ~ 1500 mm | |||||||
| Ausrichtungsmodus | Globale Marker / Marker / Merkmale / Hybrid | Globale mAhrker / mAhrker / MerkmAhle / Textur / Hybrid | |||||||
| Volumetrische Genauigkeit | Up to 0.04 + 0.06 mm/ m | Up to 0.1 + 0.3 mm/m | |||||||
| Kameraauflösung | 3D: 2.3MP*2 1.3MP*2; Textur: 5MP | ||||||||
| Ausgabeformate | STL, OBJ, PLY, 3MF, ASC | ||||||||
| Laserklasse | Klasse II | / | |||||||
| Hardware | CPU: 8 core, 2.4GHz; Hard Drive: 1T SSD ROM; 32GB DDR5 RAM; 6.4”2K AMOLED Touch Screen | ||||||||
| Arbeitsbedingungen | Temperatur -10℃ ~ 40℃ | ||||||||
| Empfohlene Konfiguration fü den PC | Win10/11, 64 bit; Grafikkarte: NVIDIA GTX1060; Videospeicher: ≥6GB; Prozessor: I7- 11800H; Speicher: ≥32GB | ||||||||
| Nettogewicht | 870 g (Baterien einbegriffen) | ||||||||