3D scanner SHINING 3D EinScan Trak

EinScan Trak — Wireless 3D Scanning System with Optical Tracking

SHINING 3D EinScan Trak is a wireless 3D scanning system where the Tracker determines the scanner's position in real-time. The system supports two operating modes: Tracking Mode with combined operation of the Scanner and Tracker, and Handheld Scanner Mode, where the handheld scanner detaches from the spherical module. Markerless 3D scanning is available in both modes under appropriate conditions, although markers may be useful for certain objects. EinScan Trak is suitable for reverse engineering, digitizing large objects, industrial design, and automotive projects.

Advantages of SHINING 3D EinScan Trak

• Markerless Scanning. The Tracker reads the reflective markers on the spherical module and determines the Scanner's position in real-time. Within the working area, Tracking Mode does not require markers to be directly applied to the surface of most objects.
• Flexible Operating Modes. The Scanner can be used with the Tracker for large objects or separately for small details and hard-to-reach areas.
• Three Scanning Modes. Available are 19 + 19 cross lines for large surfaces, 7 parallel lines for small elements, and one laser line for deep areas.
• High Scanning Speed. The system captures up to 2,630,000 points per second, which is especially useful for cars, body parts, and other large surfaces.
• High Detail. The distance between points can be up to 0.05 mm in the 7 parallel lines mode, and the minimum object size is approximately from 5 cm.
• Wireless Operation. Wi-Fi 6, local network, and battery power for the Scanner and Tracker allow operation without cables between the main modules and the computer.
• Large Tracking Area. One Tracker position covers a working volume of up to 15 m³, and for larger objects, multiple positions can be used.
• Color Scanning. A 5 MP camera records texture along with geometry, which is useful for archiving, research, and creating digital content.

Optical Tracking of EinScan Trak

In Tracking Mode, the handheld Scanner is installed in a spherical module with reflective markers. The Tracker recognizes these markers and determines the scanner's spatial position in real-time, so alignment does not solely depend on the geometric features of the surface.

For most medium and large objects, this allows markers not to be applied directly to the part. This format is convenient for car bodies, large parts, sculptures, and other surfaces where using markers is undesirable.

Markers are not completely excluded from the workflow. For large objects with multiple passes, the manufacturer provides Global Marker or Hybrid Leapfrog, and in Handheld Scanner Mode, markers can help when scanning small items or surfaces with few geometric features.

Three Laser Modes of EinScan Trak

• 19 + 19 High-Speed Scan. For fast scanning of large surfaces, car bodies, and large parts.
• 7 Detailed Scan. For details, contours, edges, and small elements. The distance between points for small objects is up to 0.05 mm.
• 1 Deep Pockets Scan. For recesses, narrow areas, and hard-to-reach geometry. Diameter to depth ratio is 1:4.

Speed and Accuracy

EinScan Trak provides a scanning speed of up to 2,630,000 points/s, resolution from 0.05 to 10 mm, and volumetric accuracy up to 0.1 mm. The system supports Wi-Fi 6 and wireless connection via a separate router included in the package. Tracker and Scanner operate on batteries for up to 5.5 hours and support hot-swapping of batteries during scanning.

Scanning Complex Surfaces and Color Objects

EinScan Trak is suitable for working with black and reflective surfaces, as well as for scanning indoors and outdoors with lighting up to 110,000 lux. The built-in 5 MP texture camera allows obtaining colored 3D models, useful for digitizing sculptures, historical artifacts, reliefs, archiving, restoration, AR/VR, and creating 3D content.

3D Data Processing and Measurement in EXScan Trak

The main EXScan Trak software is used for scanning, processing, and merging data from different modes, and finished models can be exported in STL, OBJ, PLY, 3MF, and ASC. For measurements, EXMeasure is available with tools for dimension analysis, GD&T, and report creation, and a one-year license is included with the system. For reverse engineering, EinScan Trak is compatible with EXModel and Geomagic Design X, which allow transitioning from scanned data to CAD geometry.

Where EinScan Trak is Used

EinScan Trak is used in industry, design, research, and digital manufacturing for working with objects of various sizes and complexities:

• reverse engineering of physical parts and assemblies;
• automotive tuning, customization, and digitizing body parts;
• product development and industrial design;
• 3D scanning of prototypes, mechanical parts, and equipment;
• sculptures, reliefs, historical artifacts, and architectural elements;
• digital archiving and research projects;
• creating colored 3D resources for AR, VR, games, and visualization;
• education and scientific research;
• scanning cars, boats, and other large structures.

SHINING 3D EinScan Trak Package

The standard package includes the main components necessary for scanning, tracking, wireless operation, and analyzing the obtained data.

1. Tracker. Tracks reflective markers on the spherical module and determines the Scanner's position.
2. Scanner with spherical module. Operates in Tracking Mode, and the handheld Scanner can be detached for Handheld Scanner Mode.
3. Tripod. Used to position the Tracker in the working position.
4. Router. Creates a separate local network for the system's wireless connection to the computer and is included in the standard package.
5. Batteries for the system. Power the Tracker and Scanner and support hot-swap of individual batteries.
6. EXMeasure license for 1 year. Included with the EinScan Trak and provides access to measurement analysis tools based on scanned data.

Technical Specifications of SHINING 3D EinScan Trak

EinScan Trak in Action

Practical Recommendations

• Monitor the Tracker's Position. The spherical module should remain in the optical observation zone for the Tracker to consistently determine the Scanner's position.
• Do not equate markerless mode with complete marker rejection. For small, geometrically homogeneous, or multi-position tasks, markers can provide more stable alignment.
• For objects outside a single tracking zone, use Transit-Station or Hybrid Leapfrog. These schemes allow moving the Tracker between positions and working with large structures.
• Check calibration and scanned data before exporting. This helps to timely identify missed areas or unstable alignment.

Order SHINING 3D EinScan Trak

Order SHINING 3D EinScan Trak if you need a 3D scanner for digitizing parts, reverse engineering, automotive projects, and working with large structures. We will help you choose the optimal configuration, consult on the capabilities of SHINING 3D EinScan Trak, and delivery conditions.