Product details
Artec Point 3D Scanner – High-Precision Portable Industrial 3D Scanner
The Artec Point 3D Scanner is a professional-grade portable laser 3D scanner engineered for high-precision measurements and detailed 3D data capture. Designed for industrial inspection, quality control, reverse engineering, and product development, it delivers fast, accurate scanning of complex geometries and fine surface details.
Its lightweight ergonomic design allows users to scan objects efficiently while maintaining exceptional accuracy. The scanner integrates seamlessly with professional 3D inspection and CAD workflows, making it an excellent solution for manufacturing, engineering, automotive, aerospace, education, and research applications.
High-precision laser 3D scanning
Fast capture of detailed 3D models
Portable and lightweight design
Excellent for industrial inspection
Improves quality control efficiency
Supports reverse engineering workflows
Easy integration with CAD software
Suitable for complex and detailed objects
Key Features
Professional handheld laser 3D scanner
High-resolution 3D data capture
Accurate geometry measurement
Captures fine surface details
Real-time scanning workflow
Ergonomic portable design
Industrial-grade performance
Compatible with professional 3D software
Ideal for inspection and engineering
Reliable scanning of complex parts
Specifications
Product Model: Artec Point 3D Scanner
Scanner Type: Handheld Laser 3D Scanner
Technology: Laser 3D scanning
Scanning Mode: Real-time handheld scanning
Output: High-resolution 3D models
Portability: Lightweight and portable
Applications: Inspection, reverse engineering, quality control, CAD modeling
Software Compatibility: Professional 3D scanning and inspection software
Industry Use: Manufacturing, engineering, aerospace, automotive, education
Applications
Industrial 3D inspection
Quality control and assurance
Reverse engineering
Product design and development
CAD model creation
Manufacturing inspection
Automotive component analysis
Aerospace part inspection
Research and education
Digital archiving of mechanical parts
