Product details
ZEISS T-SCAN hawk 2 Metrology-Grade Handheld 3D Scanner for Industrial Inspection
The ZEISS T-SCAN hawk 2 is a metrology-grade handheld 3D scanner designed to deliver highly accurate and reliable 3D measurements for industrial inspection, reverse engineering, and quality assurance. Its lightweight, portable design allows users to capture precise 3D data quickly, even on complex geometries and difficult-to-reach surfaces.
Built for professional manufacturing and engineering environments, the T-SCAN hawk 2 combines advanced laser scanning technology with an intuitive workflow, helping users improve productivity while maintaining exceptional measurement accuracy. It integrates seamlessly with professional metrology and CAD software, making it an ideal solution for modern quality control processes.
Metrology-grade measurement accuracy
Fast and efficient handheld 3D scanning
Lightweight and portable for easy operation
Captures complex shapes with high precision
Improves inspection and quality control workflows
Reduces manual measurement time
Ideal for reverse engineering applications
Integrates with professional metrology software
Key Features
Professional handheld laser 3D scanner
Metrology-grade scanning performance
High-resolution 3D data capture
Accurate measurement of complex parts
Real-time scanning workflow
Ergonomic lightweight design
Non-contact measurement technology
Suitable for small and large components
Compatible with CAD and inspection software
Designed for industrial environments
Specifications
Product Model: ZEISS T-SCAN hawk 2
Scanner Type: Handheld Metrology-Grade 3D Scanner
Technology: Laser 3D Scanning
Scanning Method: Non-contact handheld scanning
Measurement Accuracy: Metrology-grade precision
Output: High-resolution 3D models and point clouds
Portability: Lightweight handheld design
Software Compatibility: Professional metrology, CAD, and inspection software
Applications: Inspection, reverse engineering, quality control, and product development
Applications
Industrial quality inspection
Precision dimensional measurement
Reverse engineering
Manufacturing quality assurance
Automotive component inspection
Aerospace part verification
Tool and mold inspection
Product development
CAD model generation
Research and engineering projects
