Cut the Cord, Go Wireless
- 5.5-inch OLED display: Capture, view, and manage your scans effortlessly with its user-friendly touchscreen UI.
- Embedded computing system: Scan and process independently, with all functions built into the device—no laptop required.
- Rechargeable batteries: No time for downtime? Just reload and keep scanning. Slide your batteries into the convenient charging dock and be ready to scan at all times.
Brains Behind the Speed
Equipped with a high-performance processor and generous storage, the EinScan Libre provides wireless freedom without compromising computing speed.
- Powerful NVIDIA processor: The integrated Jetson Orin NX 16GB, 8-core CPU and Ampere GPU with 1024 CUDA cores delivers fast data processing.
- 1TB SSD: Room to roam. With expansive storage, you can scan freely without worrying about running out of space—whether high-res models or hefty projects.
All Modes On Deck
Switch between the EinScan Libre’s three versatile scan modes to cover object sizes ranging from 0.1m to over 10m. These IR (infrared) and laser modes help the scanner adapt to all kinds of materials, whether you’re indoors or outdoors in direct sunligh
Laser HD Mode
Revolutionary 101 laser lines enable maker-free, high-detailed scanning with rich texture.
- Resolution up to 0.05 mm
- 101 blue laser lines
- Supports texture alignment
IR Rapid Mode
Ideal for larger areas, this mode offers marker-free and high-efficiency scanning with invisible, eye-safe infrared light. It’s less sensitive to ambient light, making it perfect for outdoor use.
- Working distance up to 1.5 m
- FOV of 983 x 979 mm
IR Adaptive Mode
- 38 IR laser lines
- Volumetric accuracy up to 0.04 + 0.06 mm/m
Lifelike Color Reproduction
Where Wireless Meets Accuracy
What You Can Achieve With Our Scanners
Discover how SHINING 3D scanners provide solutions for various industries.
Cultural Creation & Art Customization
Equipped with a 48MP texture camera, the EinScan Libre captures cultural heritage in stunning detail and vibrant color. The markerless laser HD mode delivers highly accurate digitization, preserving legacy artifacts with unmatched precision and true-to-life authenticity.
Engineering Machinery & Other Transportation
With rapid infrared light scanning, the EinScan Libre effortlessly captures large machinery without the need for markers. This versatile tool is perfect for professionals across industries—from construction to product design—empowering them to tackle diverse projects efficiently with one powerful device.
Energy & Heavy Industry & Public Utilities
Free from cables and laptops, this versatile scanner lets you move seamlessly across different workspaces. Featuring a 5.5-inch touchscreen and rechargeable batteries, it makes scanning large parts easier than ever.
Automotive
The EinScan Libre is designed with exceptional adaptability, handling diverse surface types effortlessly, including challenging reflective and black surfaces. Its advanced Laser HD mode enhances convenience by enabling marker-free scanning, making it a versatile solution for complex materials and detailed scans.
Enhanced PC Integration
Multi-resolution fusion
Effortlessly combine scans with different resolutions across various modes for enhanced results.
Flexible workflow
Multi-tasking workflows that offer enhanced flexibility, allowing you to go beyond single-threaded operations.
Resource-efficient system
Multi-tasking workflows that offer enhanced flexibility, allowing you to go beyond single-threaded operations.
Measurement functions
Supports multiple coordinate alignment methods as well as distance, surface area, and volume calculations.
EinScan Libre Tech Specs
IR Rapid: IR VCSEL; IR Adaptive: 38 IR laser lines; Laser HD: 101 blue laser lines
Resolution (point distance)
Maximum FOV
Feature / Texture / Hybrid / Markers / Global markers
Frequently Asked Questions
What's the minimum and maximum part size for the EinScan Libre?
The Laser HD mode’s short working distance is designed to scan fine details and small parts, with a minimum part size of approximately 5 cm. In contrast, the Infrared (IR) mode offers a larger field of view (FOV), enabling efficient scanning of larger parts up to 10 m. This limit can be extended by aligning multiple scans of the same project.
Is there another way to process data besides directly on the EinScan Libre's screen?
The EinScan Libre is a standalone device, but we also developed the new EXScan Libre software– included– to provide even more powerful features to process your data. With EXScan Libre, you can manage multiple projects, fuse resolutions, and take advantage of various data editing tools, all with customizable settings to suit your needs.
How can I choose the right scanning mode for each of my projects?
For objects larger than 1x1x1 meter, we recommend the IR Rapid or IR Adaptive modes. The IR Adaptive mode is particularly effective for black or reflective surfaces but requires markers for tracking reference.
For objects smaller than 1x1x1 meter, the optimal choice is the Laser HD mode, which provides high-resolution detail and allows for feature or texture alignment, eliminating the need for markers.
What is texture alignment used for in Laser HD mode?
The texture alignment feature in Laser HD mode is specifically designed to assist in scanning objects with challenging surface materials, such as metallic finishes or colorful vases, which may have fewer identifiable features but are rich in texture.
What connectivity and power options does the EinScan Libre offer?
The EinScan Libre can be powered and charged through USB-C, which also facilitates data transfer and synchronization with EXScan Libre PC software. It also supports Wi-Fi 6 and Gigabit Ethernet for seamless network connectivity. Its USB 3.0 Type-A port is available for USB flash drive connection and data sharing.
How to get the most accurate data when scanning large objects?
To achieve the most accurate data when scanning large parts, utilize the EinScan Libre’s global marker scanning feature. This process involves an initial scan to capture only the positions of the markers, with the projectors turned off to ensure accurate readings. Once the global marker scan is complete, you can proceed with the actual scanning. Optionally, using a precise calibration scale bar can significantly enhance overall volumetric accuracy.