EinScan Rigil

The EinScan Rigil impresses with three versatile operating modes and thus offers maximum flexibility for a wide range of application scenarios:

• Stand-alone mode
  Independent operation without a PC connection - all scanning and processing is carried out directly on the device.
• Wireless PC mode
  The integrated Wi-Fi 6 enables a wireless workflow with a direct connection to powerful computers - ideal for computing-intensive applications and large data volumes.
• Wired PC mode
  Ensures maximum stability, maximum scanning speed and optimised data handling - particularly suitable for complex network environments and continuous availability.

The EinScan Rigil delivers high-resolution 3D models with a volumetric accuracy of 0.04 + 0.06 mm/m and a geometric resolution of up to 0.05 mm - ideal for applications where micron-level precision is required.

The intelligent laser system combines two scanning functions for maximum flexibility:

• 19 + 19 crossed blue laser lines
  Enable extremely fast scans while maintaining high detection accuracy. This configuration offers a good balance of speed and detail - ideal for complex geometries and large objects.
• 7 parallel blue laser lines
  Specially designed for capturing fine details. This setting ensures consistent, detailed results - even on smaller or particularly structured surfaces.

The IR rapid mode offers particularly high area coverage and ensures accelerated work processes - ideal for production-related applications, stocktaking or design tracing.

• Volumetric accuracy of up to 0.1 + 0.3 mm/m
  Reliable results even with larger scan volumes.
• Flexible working distance from 160 to 1500 mm
  Enables adaptation to a wide range of object sizes and work situations.
• Scanning speed of up to 1,600,000 points per second
  Extremely fast data capture with consistently high quality - ideal for efficient workflows with high throughput.

The EinScan Rigil is equipped with an integrated 5 megapixel colour camera that can capture high-quality texture details true to the original. This enables realistic colour reproduction and ensures high model fidelity throughout the entire digitisation process.

Particularly in areas such as design, construction and digital art, the precise capture of colour and surface details provides a valuable basis for analysis, archiving and further creative processing.

The EinScan Rigil delivers precise 3D data in a wide range of environments - from the production hall to outdoor use:

• Stable performance even outdoors
  Reliable scanning even in direct sunlight - ideal for mobile applications outside controlled lighting conditions.
• Direct scanning of reflective materials
  Dark or highly reflective metal surfaces can be captured without additional matt sprays - for an efficient, material-friendly workflow.

The EinScan Rigil was specially developed for the diverse requirements of the automotive sector and offers a powerful solution for precise, fast and flexible 3D scanning. As a universally applicable scanner, it increases efficiency in the creation of high-quality 3D models - for example in reverse engineering, component analysis or adjustments in the aftermarket.

Thanks to its all-in-one design, the EinScan Rigil can be used wirelessly, regardless of location and flexibly in terms of materials - even for large-volume or reflective components. For particularly high detail requirements or computationally intensive tasks, it is possible to switch seamlessly to wireless or wired PC mode to utilise the full computing power of external systems.

Thanks to its wireless all-in-one design, intuitive user interface and ease of use, the scanner is also ideal for beginners, students and interdisciplinary teams. Its high mobility also makes it the ideal solution for field research, mobile teaching and workshops, where the absence of extensive cabling is a practical advantage.

The option of wireless screen transmission supports clear presentations and live demonstrations - both in an educational environment and for public presentations and training courses.

The scanning process begins with the selection of the appropriate working mode - depending on the project requirements and environment. The scanner uses hybrid light source technology: blue laser diodes for precise geometric detection and VCSEL infrared for fast volume detection of larger objects.

During the scanning process, it is possible to switch dynamically between different laser profiles (parallel, crossed) - for an optimum balance of speed and depth of detail. The powerful tracking algorithm enables marker-free work, even on complex or reflective surfaces.

Even though the EinScan Rigil enables precise, marker-free scanning, scanning with markers remains a proven option - especially for complex geometries or difficult surfaces where additional reference points can be an advantage.

In combination with the integrated 5 megapixel camera, coloured textures can also be captured - ideal for visualisation, documentation or creative applications.

The EinScan Rigil app adds a mobile user interface to the workflow in standalone and WLAN mode. It enables the scanner to be controlled directly via a compatible end device and allows 3D scans to be easily managed, checked and transferred - even without a connection to a PC.

Typical areas of application for the app:

• Project management & scan control in standalone mode
• Wireless data transfer to the Shining 3D Cloud or a PC
• Real-time preview and evaluation of scan quality
• Transmission of scan data for post-processing in EXScan Rigil

Use of the app is optional, but is particularly useful if the scanner is used on the move or independently of the PC. In combination with the EXScan Rigil software on the desktop, the system unfolds its full potential - both on site and in a networked workflow.

Note:
The EinScan Rigil app is part of the device software, not on a smartphone. Additional installation on an external device is not necessary. However, a PC with EXScan Rigil or compatible third-party software is generally used for more detailed post-processing.