Product details
Artec Eva 3D Scanner – High-Precision Handheld 3D Scanner for Fast Professional 3D Scanning
The Artec Eva 3D Scanner is a professional handheld 3D scanner designed for fast, accurate, and easy 3D data capture. Using advanced structured light technology, it captures detailed geometry and full-color textures without requiring markers or extensive setup. Its lightweight, portable design makes it ideal for scanning medium to large objects, people, and complex surfaces.
Whether you’re working in product development, reverse engineering, healthcare, education, manufacturing, or digital archiving, the Artec Eva delivers reliable results with smooth workflows and high-quality 3D models.
Fast and accurate handheld 3D scanning.
Full-color texture capture for realistic models.
No markers required for most scanning tasks.
Lightweight and portable for field or office use.
Easy-to-use workflow with professional software.
Suitable for a wide range of industries and applications.
Key Features
High-resolution structured light 3D scanning.
Real-time data capture.
Full-color texture recording.
Handheld and ergonomic design.
Marker-free scanning for most objects.
Safe, non-contact scanning technology.
Captures complex shapes and fine details.
Compatible with professional Artec Studio software.
Supports export to common 3D file formats.
Designed for professional industrial use.
Specifications
Product Name: Artec Eva 3D Scanner
Scanner Type: Handheld 3D Scanner
Technology: Structured Light
Color Capture: Yes
Texture Capture: Full Color
Scanning Method: Non-contact
Object Size: Medium to Large Objects
Tracking: Geometry and texture-based tracking
Mobility: Portable handheld operation
Software Compatibility: Artec Studio
Output Formats: Multiple standard 3D formats
Applications: Reverse engineering, quality inspection, product design, healthcare, education, cultural heritage, digital archiving
Applications
Reverse engineering
Product design and development
Manufacturing
Quality control and inspection
Healthcare and prosthetics
Medical research
Education and training
Cultural heritage preservation
Museum digitization
Visual effects and animation
Automotive industry
Aerospace engineering
3D printing workflow
Digital archiving
