3D Scanning and 3D Point Cloud Services: The Future of the
Construction Industry
3D
scanning is a process that records the exact shape of an object and converts it
into a computer model. The technology has evolved to the point where we can now
create 3D scans of entire buildings and large objects in as little time as it
would take to do a 2D scan. It captures all the detail and shapes, giving you
an accurate representation of the object, which can be used for fabrication or
virtual reality modeling.
What is 3D Scanning?
3D
scanning is a process of collecting data on the shape and appearance of an
object in three dimensions. This data can then be used to create a
three-dimensional model of the object.
3D
scanning can be used to create models of objects for a variety of purposes,
including engineering, design, and manufacturing. It can also be used to create
models of buildings and other structures.
3D
scanning technology is constantly evolving, and new uses for it are being found
all the time. For example, 3D scanners are now being used to create detailed
models of human bodies for use in medical research and education.
The
benefits of 3D scanning are many and varied. If you are involved in any
industry that could benefit from 3D scanning, it is worth investigating what
this technology can do for you.
How does 3D scanning
work?
3D scanning
is a process of collecting data about an object or environment in three
dimensions. This data can be used to create a three-dimensional model of the
object or environment.
There
are many different ways to collect data for 3D scanning. One common method is
using lasers to measure the distance from the scanner to the object. This data
is then used to create a point cloud, which is a set of points that represent
the shape of the object.
Another
popular method for 3D scanning is using photogrammetry. This involves taking
multiple photos of the object or environment from different angles and then
using software to stitch these photos together into a single 3D model.
3D
scanning can be used for a variety of applications, such as creating models for
3D printing, reverse engineering, or virtual reality. It is also increasingly
being used in the construction industry for tasks such as surveying and
documentation.
Types of 3D Scanners
There
are many different types of 3D scanners on the market, each with their own
advantages and disadvantages. The most common types of scanners are laser
scanners, structured light scanners, and time-of-flight scanners.
Laser
scanners are the most accurate type of scanner, but they are also the most
expensive. Structured light scanners are less expensive than laser scanners,
but they are not as accurate. Time-of-flight scanners are the least expensive
type of scanner, but they have a very limited range.
Each
type of scanner has its own strengths and weaknesses, so it is important to choose
the right type of scanner for your needs. If you need to scan large objects,
then a laser scanner would be the best choice. If you need to scan smaller
objects, then a structured light scanner would be a better choice. If you only
need to scan objects that are close to the scanner, then a time-of-flight
scanner would be the best choice.
Our Point Cloud
service offerings:
Scan to
3D model for architectural & structural components
Point
cloud to MEP BIM modeling.
3D scan
to CAD
Scan to
construction drawings
Point
cloud to 3D model
Point
cloud to Revit
Scan to
BIM Services
Point
Cloud to BIM Modeling Services
3D Laser
Scanning Services Point Cloud Services
Revit
Family Creation Services
As Built
Drawings BIM Coordination
Converting
images and scans to coordinated as-built 3D models for architectural,
structural & MEP trades.
Procuring
accurate BOMs and RFI’s for precise material procurement and logistics.
Creating
as-built models for plan, elevation and sectional drawings of buildings.
Providing
Facility management options in IFC and COBie formats.
Generating
accurate 2D floor plans, elevations, and sections from point cloud or scanned
data with Revit 3D modeling.
Generating
Revit families for quick design data management and retrieval.
Validating
constructability or construction progress against actual design.
Extracting
accurate project schedules & costs from BIM models.
Our Deliverables Include:
Architectural
modeling of walls with exterior & interior, windows, doors and cabinets.
Structural
modeling with columns, beams, framing, foundation, annotations and truss
families
MEPFP
Modeling with panels, junction boxes, ducts, pipes, air terminals and fire
sprinklers.
Revit
MEP design coordination
As-built
drawings
Quantity
take-offs & Budget Estimation
Sectors we work in:
Commercial
Residential
Industry
Hospitality
Education
Healthcare
Retail
Airports
Infrastructure
Metro
Rail

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