Fast, easy, large-area as-built capturing.
Capturing 3D as-built documentation used to require hours of laser scanning. But with the FARO® Focus Swift Mobile Scanner, you can capture all the details you need in about one-tenth the time. This mobile mapping system combines mobile and stationary scans for ultimate versatility in speed and accuracy to deliver better data faster. Now, the Focus Swift brings detailed, vibrant color scans to large-area projects — both indoor and outdoor.
The all-new FARO® Swift is the first fully-integrated indoor mobile mapping system designed to accomplish large-area as-built capturing tasks with minimal time and effort. As an extension of FARO’s renowned Focus 3D Laser Scanners, Swift provides the most accurate measurements wherever needed – providing better data, faster.
As its name implies, Swift is fast – capable of capturing large and complex areas in as little as 10 minutes. While already the most accurate mobile 3D laser scanning system for large areas, Swift is also capable of taking stationary scans with unmatched detail.
Swift is a lightweight, highly portable device unequaled in its versatility, and combines the FARO Focus Laser Scanner with a FARO ScanPlan 2D mapper and FARO’s revolutionary SCENE mobile laser scanning software. Not only does Swift provide its users with a superior 3D mobile laser scanning system, the stationary option allows users to have well-known FARO Focus accuracy wherever clarity and precision is needed.
Focus Swift Performance
The First Fully Integrated 3D Mobile Mapping System
As its name suggests, the Focus Swift is fast. Depending on accuracy requirements, the innovative device can take mobile scans of large, complex areas up to 10 times faster than traditional stationary scans. The design combines the capabilities of FARO Focus Laser Scanners, the ScanPlanTM 2D Handheld Mapper and revolutionary SCENE Software for seamless, flexible data capturing. It’s the laser mapping solution you’ve been looking for.
Focus Swift Features
Compact, Travel-friendly Design
Use the lightweight Focus Swift wherever you need it. The carbon-fiber tripod, three-wheeled dolly and two carry-on-size cases make travel and setup easy.
Software Compatibility
Integrate with FARO As-BuiltTM Software, BuildIT Construction Software and WebShare – plus any CAD system with 3D point cloud capabilities.
Intuitive, Ergonomic Design
Use easily with comfortable handles and simple push operation.
Construction Site Readiness
Use the Focus Swift indoor or outdoor, for any stage in the life of a building, thanks to its wide operating temperature range, its cable-free, rugged design, and its intuitive, pragmatic setup.
Innovative Automation
Swift streamlines and simplifies the registration process.
Color Scans
Along with speed and accuracy the Focus Swift now integrates the Ricoh Theta Z1 360° camera, allowing users to take 10-20 second colorized anchor scans that require little to no manual registration. With color, 3D point clouds provide more complete and realistic detail.
Focus Swift Mobile Scanner Insights
When you work with FARO, you benefit from our years of experience providing our customers with solutions that optimize their work. We’ve collected all our As-Built Capture and Modeling insights in a library of resources for you. Explore resources
Architecture, Engineering and Construction (AEC) Applications
Fast, Accurate As-built Capture and Modeling
With the Focus Swift on the construction site, inside a facility, or outside a facility, you can use your smartphone to control your laser scanner. Scan the interior of any building — factories, office buildings, hospitals, retail shops and more — for BIM and facility management. It’s laser mapping made easy. See all as-built capture and modeling applications >
Digital Twin for Asset and Facility Management
Use the Focus Swift as a 3D mapping camera to capture building data for digital twin technology. The digital twin helps with operating smart factories and simulating future changes, upgrades and expansions. See all digital twin applications >
