7x7 Cross-Line Mode: Expanded 750 × 500 mm+ scanning area for rapid data capture.
5 Parallel Lines Mode: High-resolution scanning for intricate geometry.
Single-Line Mode: Optimized for complex, highly reflective surfaces, eliminating glare.
Single-Line & Single-Camera Mode: Designed for scanning deep holes, grooves, and internal cavities.
Versatile Scanning in Any Lighting Conditions
The bright blue laser enables the scanning of dark and reflective surfaces without the need for matting spray. Additionally, optical filters on the cameras ensure reliable scanning under any ambient lighting conditions.
On-the-Fly Mode Switching
Intuitive buttons and LED indicators on the scanner housing allow you to switch modes and adjust settings seamlessly during the scanning process.
Scans Objects Ranging from 5 cm to 5 m
High Accuracy and Resolution
Premium internal electronics combined with robust RangeVision algorithms deliver high accuracy up to 0.025 mm and a resolution up to 0.02 mm.
Dimensions and Technical Specifications
Ergonomic On-Body Control
Optical Filters
Blue Lasers
Weight: 1.2 kg
155 mm
The bright blue laser enables the scanning of black and reflective surfaces without the use of matting spray.
Thanks to the optical filters on the cameras, scanning can be performed under any ambient lighting conditions without data loss.
295 mm
Scanning area dimensions (W×H×D);720х500х500 mm
3D resolution;0.02 mm
Working distance;150-650 mm
Maximum Permissible Error (MPE);±(0.025 + 0.035 × L) mm
Scanning speed;4,800,000 points/sec
Cameraы resolution;5 MP
Scanning module dimensions (W×L×H);295 × 155 × 120 mm
Output data format;OBJ, STL, PLY, ASCII
Light source;Blue LED, Blue laser
Scanning principle;Laser lines
Weight;1.2 kg
Operating system;Windows 10/11 64-bit
Power supply;220 V AC / 12 V, 5 A
Interface;USB 3.0
PointShape Inspector software for geometry control and measurement
PointShape Design software for reverse engineering
Computer System Requirements
Minimum Requirements:
Operating System: Windows 10 / 11 64-bit
Processor: Intel Core i5 11500 (or AMD equivalent) or better
Graphics Card: Integrated graphics
RAM: 32 GB
Optimal Requirements:
Operating System: Windows 10 / 11 64-bit
Processor: Intel Core i7 13700 (or AMD equivalent) or better
Graphics Card: Dedicated GPU with 6 GB VRAM or more
RAM: 64 GB or more
Fenix: Four Scanning Modes
Cross-Lines (7x7)
Projects a 7x7 cross-line pattern with a scanning area of 750 × 500 mm and larger, enabling rapid digitization of large-scale objects.
Parallel Lines (5-line)
Projects 5 parallel lines for high-detail scanning. Ensures maximum capture of fine geometric elements, threads, chamfers, and complex edges without blurring or data loss, maintaining strict accuracy.
Single Line
Designed for scanning complex, highly reflective surfaces. Eliminates parasitic laser reflections. The ideal solution for digitizing polished, chrome, and glossy surfaces without the need for matting spray.
Single Line with Single Camera
Optimized for scanning holes and deep cavities. Allows the scanner to "look" into deep bores, grooves, and internal part cavities.
RangeVision Fenix is Ideal For:
MANUFACTURING ENTERPRISES
For verifying the geometric accuracy of manufactured products and tooling, reverse engineering, and component design.
R&D DEPARTMENTS
For analyzing the geometry of prototypes, reverse engineering, and designing new structures and assemblies.
TOOLING SHOPS
For measuring the accuracy of manufactured tooling, monitoring tooling wear, calculating dimensional chains, and fitting parts.
AUTOMOTIVE TUNING WORKSHOPS
For reverse engineering components, designing transitional parts, and developing new elements for tuning and detailing.
RV 3D Studio
The Software Environment for RangeVision Helix
RV 3D Studio is designed for 3D scanning and subsequent data processing. We do not segment our software into different versions or restrict its functionality. Users receive the full software functionality without restrictions, including all updates and features, regardless of whether they use a semi-professional or metrological solution. Our development team utilizes original, proprietary algorithms for digitization and data processing, continuously improving the software based on real-world operational experience.
Official and responsive technical support directly from the manufacturer. We ensure prompt responses to all inquiries from both users and partners. Our specialists actively engage with the professional community, conduct regular webinars, and develop products and software based on user feedback.
We provide full warranty coverage and technical maintenance throughout the entire warranty period in accordance with local market requirements. Our experienced team works with partners and customers across different regions to ensure timely service delivery. Remote diagnostics and troubleshooting are available for most issues, and we coordinate with local service centers when on-site support is needed.
Post-Warranty Service
We provide repair and maintenance services beyond the warranty period — for both current 3D scanner models and discontinued devices. All work is performed using original components, and we provide warranty on all completed services. Our team has extensive experience supporting equipment across multiple international markets and can coordinate service delivery through our global partner network.
Commissioning and Training
We provide comprehensive support for 3D scanner implementation: installation guidance, hardware and software configuration, and personnel training on equipment and standard software. Our engineers have extensive experience working with customers worldwide and can provide both on-site commissioning (through our partner network) and comprehensive remote setup support. We ensure proper integration of scanners into your production or laboratory processes regardless of your location.
Frequently Asked Questions about RangeVision Fenix
Fenix features an expanded scanning area and a 7x7 cross-line mode, allowing for faster scanning of large objects with higher accuracy and a reduced number of tracking markers.
No. Laser scanners are not safe for direct eye exposure. Additionally, applying tracking markers to a human subject is impractical for achieving a seamless and accurate model.
The Fenix can scan an aircraft or even a spacecraft, provided a sufficient number of markers are used and, ideally, an external photogrammetry system is employed for global alignment.
No. A resolution of 0.02 mm is insufficient for capturing the intricate geometry of jewelry. For such small items, we recommend using our high-accuracy stationary scanners, while Fenix is optimized for medium to large-scale objects.
No. Once you have activated your license and have a working version of the software installed, no internet connection is required for operation.
Yes, when paired with an optional external power bank, the scanner can operate for several hours in the field, ensuring true mobility.