Building

Application

Facade inspection: 3D inspection of the frame and facade components of the building before final assembly

Scan to BIM: Turn real-world information into a BIM model

Construction environment: accurately record the geometric data of existing properties to provide a basis for reconstruction or expansion

Spatial optimization: pre-created 3D models

Construction

Application

Structural analysis and maintenance: quickly and cost-effectively test the stability and support of support structures

Construction progress monitoring: seamlessly capture and monitor construction progress to provide legal and technical documentation

Irregular component detection: accurate dimensional inspection of complex components (such as irregularly shaped components)

Deformation control: document the deformation process and monitor countermeasures

Coordination: Improved multi-industry project cooperation

Cultural heritage

Application

Reconstruction:
Detailed 3D data can be used to reconstruct missing parts of monuments and archeological objects

repair:
Create 3D models for restoration purposes, retaining the original appearance of the building without the need for scaffolding

protection:
Create accurate 3D CAD files to protect historical artifacts and antiquities

Detection and reverse engineering

Application

Reverse Engineering: Copy products and components without construction drawings and / or CAD data

Internal devices and equipment: as the basis for the reconstruction plan, accurately create 3D CAD files of complex internal structures of ships, cars or aircraft

Manufacturing Documents: Create complete 3D documents for the manufacturing status of complex mechanical parts

Quality control: Accurate 3D documentation and dimensional inspection of large and complex components (such as rotor blades, turbines, ship thrusters, etc.)

Manufacturing and Digital Factory

Application

Reconstruction and Expansion: Accurately record 3D data of current property conditions as a basis for reconstruction and expansion planning

Off-site production: precise off-site assembly with accurate 3D CAD data and dimensional control

Asset management: Simplify facility management, maintenance and training through comprehensive 3D master data, simulation and virtual reality training

Promote coordination between different industries, improve the comprehensiveness of documents and supervision of all work

Public safety and law enforcement forensics

Application

Crime scene investigation and analysis:
FARO Laser Scanner Focus makes complex investigations faster and easier

Bullet trajectory reconstruction:
Fast and accurate reconstruction of bullet trajectories by combining traditional survey methods with state-of-the-art laser scanning technology

Car accident investigation and analysis:
Use FARO laser scanners to quickly, reliably process, investigate and analyze traffic accidents and their causes and effects

Automotive passive safety:
Using laser scanners to test passive safety systems to mitigate the consequences of accidents plays a vital role in helping passengers survive

Fire investigation:
Detailed reconstruction of the fire scene

Security and advance planning:
Record and share building design and site information faster and in more detail

Civil Engineering / Surveying

Application

Scan large and distant objects: Thanks to the extremely long scanning distance of the FocusS 350, it is easy to scan and analyze tall, long or hard-to-reach objects

Project monitoring: When there are foundation pits, bridges, high towers, opencast mines, roads, railways, reservoirs, and pipelines to be built, it is necessary to closely monitor each project stage to meet the project requirements

Deformation monitoring: Determine whether the structure or object being measured is deformed or displaced. Speed up construction progress and reduce rework

Large-volume calculations: When measuring loose bulk materials, such as those in barges, silos, or warehouses, perform periodic volume checks

Volume measurement is an important consideration. Laser scanning allows fast, accurate and reliable sizing calculations

Quality Control: Precise laser scanning ensures final completion meets design goals and minimizes the chance of potential problems

Shipbuilding

Application

As-built archives: 3D laser scanning solutions ensure digitization of hulls and components when original drawings are missing or erroneous (as is often the case with older ships)

Retrofit of Ballast Water Treatment System (BWT): Future legislation requires the installation of ballast water treatment systems on all ocean-going vessels. 3D laser scanning can overcome various difficulties, such as measuring the narrow space in the cabin and capturing reliable data to improve the installation method

Ship repair: 3D laser scanning provides a fast and accurate method for inspecting ship components during repairs

Facility management

Application

3D archiving: Focus accurately records inventory data required by property managers-whether it's

The structure of the production plant or the service equipment in the office building

Structural transformation planning: Scan data provides accurate three-dimensional models of the actual condition of the building. As a result, property managers can analyze room use options before planning actually begins

Technical re-planning: technical equipment can be described and checked in advance in virtual models

(E.g., pipes, ducts, and power lines). This laid a solid foundation for re-planning