Grab-and-go, quickly capture indoor spaces, large venues, and outdoor environments.
Raven is a compact and easy-to-operate handheld LiDAR scanner with a maximum scanning radius of 50 meters, capable of quickly completing point cloud acquisition for indoor spaces, sports venues, caves, streets, and other large environments.
Equipped with a built-in 12-megapixel camera system, the Max version features a dual-camera setup and can be paired with an X5 360-degree panoramic lens or a third-party 360-degree camera to create RGB color point clouds and Gaussian Splatting digital scenes. The quick-swappable battery provides up to approximately 2 hours of continuous operation, suitable for extended fieldwork.
Raven Core Specifications
Up to 50 mScanning Radius
360° × 40°Ultra-wide Scanning Field of View
Up to 2 cmNominal Scanning Accuracy
Actual scanning range, accuracy, and operating time may vary depending on the version, environmental reflectivity, lighting, movement speed, scanning path, and post-processing settings. Testing according to actual application requirements is recommended.
Precise Scanning, Simplified Large Space Digitization
SLAM Technology, Focused on Stable Scanning
The enhanced SLAM algorithm integrates point cloud, image, IMU, and GPS data for cross-validation, helping to reduce point cloud drift caused by operator movement and improve alignment stability between different scan segments.
Compact Device, Covers Large Environments
Raven has an effective detection range of approximately 40 to 50 meters, which can improve scanning efficiency in scenes such as caves, sports venues, warehouses, city streets, and large buildings.
360° × 40° Field of View, Reduces Scanning Blind Spots
A wide horizontal and vertical scanning field of view can reduce data gaps above and below the scene, minimizing repeat scans and enhancing the completeness of single fieldwork acquisitions.
Create Color Digital Models from Real Scenes
Built-in 12-megapixel, 1/2-inch camera system automatically adjusts exposure for indoor and outdoor environments and captures 4K images. Image data can be used to create RGB point clouds and Gaussian Splatting scenes with natural colors and lighting information.
Supports Advanced Visual Capture Workflows
Raven supports external third-party 360-degree cameras, allowing for wider angles and higher-resolution color data according to project needs, suitable for digital twins, spatial display, and visualization applications.
Quick-Swap Battery for Extended Fieldwork
A single battery supports up to approximately 2 hours of scanning and features a quick-swap design. Having multiple batteries can reduce work interruptions caused by charging for large projects.
Approximately 1,100 grams, Lightweight and Portable
Raven integrates LiDAR scanning, image capture, and positioning functions into a compact body, weighing approximately 1,100 grams, making it convenient to carry to construction sites, outdoor spaces, and mobile mapping environments.
Complete Accessory Ecosystem
Swappable batteries, RGB imaging modules, and diverse mounting solutions allow for workflow adjustments according to architectural, surveying, inspection, display, or digital twin projects.
RayStudio provides a complete workflow from point cloud acquisition, inspection, denoising, alignment to data export, helping users convert field scan data into results usable by CAD, BIM, 3D design, and visualization platforms.
Mainstream Format Output and Workflow Integration
Scan data can be exported to various common formats, facilitating衔接 subsequent design, analysis, measurement, and modeling software.
LAS
E57
PCD
PLY
OBJ
XYZ
RayStudio Point Cloud Processing and Data Output Workflow
Multi-View Inspection and Color Mapping
Advanced visualization tools support multi-view inspection and color mapping, making it easy to check point cloud completeness, scene details, and data quality.
AI-Powered Point Cloud Denoising
RayStudio can remove noise from scan data through AI point cloud denoising, improving point cloud clarity and reducing the time required for manual cleanup.
Algorithm Optimization and Precise Reconstruction
Point cloud optimization algorithms can adjust data density, surface continuity, and reconstruction quality, helping users obtain results better suited for subsequent modeling and analysis.
Evaluate if Raven is suitable for your scanning project
3DMart offers 3DMakerpro scanners, spatial scanning equipment, and related application consulting, helping to plan based on scanning range, accuracy requirements, output formats, and subsequent software workflows.