After 3D
laser scanning services are done, it is imperative that a model be developed
with a 3D Point Cloud. A Point Cloud
Modeling
comprises of millions or even billions of points in space that make up a highly
precise and information rich data set for infrastructure or building
development. Accurate measurements of
space can be performed to generate a Revit Model, these 3D digital data-sets
can be referenced from time-to-time as well. A single day of scanning can
generate large amounts of data and mitigate the need to run repetitive trips to
a site.
Contractors
can leverage these services for renovation of existing projects as it provides
as-built data to finish projects on time and budget. Huge profits can be pulled
for MEP systems to create precise 3D models. Point Cloud
Modeling in the US provide various services and
deliverables like Mobile Laser Scans, Point Cloud Registration, 3D Modeling
from Point Cloud, Scan to BIM Services,
and technical information transfer.
Technical
expertise with 3D
laser scanning services
help clients improve project efficiency, save on time and budget, elevate
revenue, and minimize liabilities at all phases of the Project Lifecycle.
A 3D laser scanning process involves the
application of millions of lasers being fired in space that needs to be
scanned. These laser scanners move through every angle and depth of an object
to create detailed spatial relationships and dimensions based on how much time it
takes for the lasers to bounce-back and hit the camera sensor. These lasers
capture and create millions or billions of data points in a matter of seconds
or they recreate various physical objects in digital space.
The
application of Scan
to BIM services is not only confined to existing
building or structures, but new unfinished interior structures that require
accurate 3D models for various trades to seek information. The speed of
scanning is saves on multiple labor costs or manual measurements. The most
striking feature of 3D laser scanning
services is the flexibility it offers for
architects and engineers wherein operational building don’t have to be vacated
for scanning purposes, these include industrial spaces or applications,
property development, urban planning, offshore installations, and reverse
engineering as well.
With modern technology, every piece of information can be
uploaded to the cloud for centralized stakeholder access and authoring.
These industries
can be further sub-divided into Transportation, Architecture, Aviation,
Building Construction, Bridge Design, and more. Striking features of 3D laser
scanning services include
§
Reduced
Field Time
§
Higher
Visibility and Stakeholder understanding
§
Accurate
Spatial Models
§
Reduced
Rework on Projects
§
Fewer
site visits
§
Better
Information Management
Let us discuss the prime
advantages of Scan to BIM Services -
Versatile Scanning
3D
laser scanners come in variety of shapes and brands depending on their
functional requirements. These scanners can be classified into station-based
scanners like Trimble and Faro that provide high accuracy scans, point spacing,
and high scanning range as well. Other scanners include Mobile or hand-held
scanners that scan spatial surfaces on the fly and also help in the project
management process. The Faro Freestyle, Paracosm, and the Geo Slam Zeb Revo are
examples of Mobile Scanners.
Reduced Field Time
A
complex project or infrastructure requires precise and in-depth 3D laser
scanning. If it were done manually or via labor, it would take a lot of time to
complete the entire for the surveyors to digitally map the entire surface. With
Scan
to BIM services,
it is easier for surveyors and stakeholders to focus on data collation and
analysis rather than the actual process of manual measurements. These accurate
3D models can be showcased to the clients and various stakeholders of the
project.
Realistic Modeling
Laser
Scanners are extremely precise when it comes to the process of laser scanning
as scanners fire millions of lasers per second to create a robust point cloud comprising
of billions of data points for as-built modeling.
3D laser scanning can benefit
your project in various ways viz. –
The concept phase – 3D laser scanning takes this
phase to an all new level through object digitization and introducing new
concepts as well.
The Design Phase – Designers require accurate 3D
models to incorporate in the design phase. Parts of the scan can be used in the
model to accelerate the design process through –
§
Effective
working for complex areas of the project
§
Accommodation
of various elements in the building
Updated
models for CAD or any authoring software
§
Very
useful for the preconstruction and prefabrication phase
Development Phase – In this phase, the requirements
and documentation are important and thus, it serves as an integral part wherein
clients review the documentation for development.
Implementation Phase – Full completion of the project
with the required documentation, 3D models, etc. are sent for testing to check
for building performance and efficiency.
Final Thoughts
3D
laser scanning services
provide a transparent system that benefits the complete project and its
stakeholders. It has gained significant traction in the scanning and AEC
industry wherein complex projects can be scanned for greater efficiency,
performance, time savings, and garnering a higher ROI.
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