FARO Focus3D X 330 Laser Scanner

Description

FARO Focus3D X 330 Laser Scanner – High-Precision 3D Scanning Solution

The FARO Focus3D X 330 Laser Scanner is a high-performance terrestrial laser scanning system designed for accurate 3D measurement, documentation, and modeling of large indoor and outdoor environments. With long-range scanning capabilities up to 330 meters and exceptional accuracy, it is ideal for construction, architecture, engineering, surveying, forensics, and industrial inspection applications.

Key Features
Long-range scanning distance up to 330 meters.
High-precision 3D data acquisition.
Fast scan speed for increased productivity.
Integrated GPS receiver for enhanced positioning.
HDR camera for realistic color point clouds.
Compact, lightweight, and portable design.
Suitable for both indoor and outdoor environments.
Intuitive touchscreen operation.
Supports BIM, CAD, and digital twin workflows.
Durable construction for demanding field applications.

Specifications
Model: FARO Focus3D X 330
Scanner Type: Terrestrial Laser Scanner
Maximum Range: Up to 330 m
Measurement Accuracy: Up to ±2 mm
Scan Speed: Up to 976,000 points/second
Integrated Camera: HDR Color Imaging
Positioning: Built-in GPS
Data Output: High-density point clouds
Connectivity: USB, SD Card, WLAN
Weight: Approximately 5.2 kg
Application Environment: Indoor and Outdoor

Applications
Land surveying and topographic mapping
Building Information Modeling (BIM)
Construction site documentation
Architecture and engineering projects
Industrial plant and facility management
Historical preservation and heritage recording
Crime scene and forensic investigation
Mining and infrastructure projects
Reverse engineering and as-built documentation

Why Choose the FARO Focus3D X 330?

The FARO Focus3D X 330 delivers reliable, survey-grade 3D scanning performance with exceptional range and accuracy. Its portable design, rapid data capture capabilities, and seamless integration with modeling software make it a trusted solution for professionals who require precise spatial documentation and efficient project workflows.