Fully Wireless, Fully Standalone

One of the defining features of the EinScan Libre is its complete standalone workflow. Unlike traditional handheld scanners that rely on a high-performance PC during capture, the Libre integrates onboard computing, processing, storage, and display directly into the scanner itself.

The scanner features:

• Built-in 5.5-inch OLED touchscreen
• NVIDIA Jetson Orin NX processor
• 16GB integrated memory
• 1TB SSD storage
• Replaceable battery system

This allows users to scan, process, preview, and manage projects entirely from the device without carrying external hardware into the field.

Complete On-Device Workflow

Beyond scanning itself, the Libre is designed around integrated processing and project management. Users can:

• Generate meshes directly on-device
• Edit scan data onboard
• Adjust resolution during projects
• Monitor scan quality in real time
• Manage hybrid alignment workflows
• Continue scanning without restarting projects

The scanner also supports flexible combinations of feature, texture, and marker alignment modes depending on the object and environment being scanned.

Triple-Mode Scanning System

The EinScan Libre combines three separate scanning technologies into a single platform, allowing it to adapt to different object sizes, materials, and workflows. Its multi-light-source system includes:

• 101 blue laser lines
• 38 IR laser lines
• Infrared VCSEL projection

Together, these systems provide three dedicated scanning modes optimized for different applications.

Laser HD Mode

Laser HD mode is designed for high-detail scanning and precision geometry capture. The Libre uses 101 parallel blue laser lines to achieve detailed surface acquisition while also supporting markerless texture alignment workflows.

Laser HD mode supports:

• Resolution down to 0.05 mm
• Scanning speeds up to 4.5 million points per second

This mode is particularly well suited for reverse engineering, mechanical components, cultural artifacts, detailed surface capture, and texture-rich objects. It is designed to handle applications where both geometric precision and surface detail are important, allowing users to accurately reconstruct complex parts while preserving fine features and visual information. This makes it especially useful in workflows that demand high fidelity results, whether for engineering analysis, digital preservation, or detailed 3D modeling.

IR Rapid Mode

IR Rapid mode is optimized for larger objects and faster scanning workflows. Using infrared VCSEL technology, this mode supports marker-free scanning with a large field of view and working distances up to 1.5 meters.

This mode is ideal for large objects, human scanning, outdoor workflows, environment capture, and fast area scanning. It is designed for situations where speed and coverage are more important than ultra-fine detail, allowing users to efficiently capture broad surfaces and larger-scale subjects. This makes it especially useful for scanning environments or subjects that require quick data acquisition across wide areas while maintaining reliable tracking and consistent results.

IR Adaptive Mode

The IR Adaptive mode is designed specifically for difficult surfaces such as reflective or dark materials. Using 38 infrared laser lines, this mode improves reliability when scanning surfaces that traditionally challenge structured-light systems.

This mode is designed specifically for difficult surfaces such as reflective or dark materials, where traditional scanning methods may struggle to maintain consistent tracking or capture clean data. It improves stability and reliability when working with challenging object properties by enhancing how the scanner responds to low-reflectivity or high-glare conditions. This makes it particularly useful in industrial environments and real-world scenarios where surface conditions cannot always be controlled, helping ensure more complete and accurate scan results.

High-Resolution Full-Color Capture

The EinScan Libre includes a built-in 48MP color camera for full-color texture capture and realistic texture mapping, allowing scanned models to preserve both precise geometric detail and accurate surface appearance. This combination of high-resolution imaging and 3D data capture ensures that textures are faithfully aligned to the geometry, resulting in more lifelike and visually complete digital models. As a result, the scanner is well suited for applications requiring presentation-quality digital assets, detailed visualization work, and archival-grade documentation where both form and appearance need to be preserved with high fidelity.