Our Services

Laser Scanning

Terrestrial laser scanning (TLS) is a surveying technique that employs laser light to capture precise 3D measurements of objects or environments on land.

A laser scanner, often mounted on a tripod, emits laser pulses towards the target. These pulses reflect off surfaces and return to the scanner, allowing it to calculate distances and angles accurately. TLS revolutionises precision measurement and visualisation in terrestrial environments.

Scan to point
cloud

All physical objects have data information points. These data points can be measured and used to create a set of data points known as a point cloud. Most often, a point cloud is used to represent a 3D object such as a building or structure.

At its core, a point cloud is an accurate representation of a building or structure at the time of its capture. It can be a great tool for reviewing aspects of the captured property. Likewise, it can serve as a foundation for 3D models based on the property, serving as a formative step for any number of building capturing projects.

Illustration explaining what scan to point cloud is, showcasing how 3D scanning captures detailed data

What is scan to point cloud?

Through the use of advanced scanning and photogrammetry technology to obtain information, we then map out the data points using the reflection of light and colour variations and, from there, establish X, Y, and Z coordinates. These techniques form a core part of what it takes to create a point cloud.

Advances in this technology have increased both the speed and accuracy of point cloud surveys. This makes the construction of a point cloud more viable for the client’s business than ever before. We are able to create more accurate 3D models at greater speed. From survey drones to Faro scanners, the advances in technology allow for the creation of faster and higher-quality point clouds.

Why is point cloud effective for your business?

There are reduced risks that can be brought about by using drones and scanners which is another reason why point clouds are such an excellent option for businesses. Point clouds are a great option for safety-conscious clients. When compared with traditional ways of gathering data on a building, creating a point cloud is not only easier but safer too. Ideal for a client looking for an option that is both high quality and cost-effective.

Explanation of why point cloud technology is effective for your business, highlighting its benefits

See the power of point cloud by discussing your next project with Virtuscan

Overview of reasons to choose Virtuscan for your point cloud project, highlighting expertise, technology, and service.

What’s involved in a
Point Cloud project?

Point cloud visualiastion: Once the point cloud is created, specialised software can be used to visualise the data, enabling stakeholders to explore and analyse the captured site or structure in a more intuitive and interactive manner.
Accurate data capture: These technologies allow for accurate data capture of a site, structure, or property in 3D. This data is then processed to create a Point Cloud
Point Cloud creation: The Point Cloud is a digital representation of the site, structure, or property captured by the equipment. It is a dense collection of 3D points that accurately represent the features and details of the site.
Data analysis: The Point Cloud service may offer data analysis to extract valuable information such as measurements of distances and volumes, surface area, and more.

Scan to BIM

Building Information Modelling, or BIM, is the creation of an ‘intelligent 3D model’ that can hold information about a property. It is a revolutionary method that is now the standard in new construction. BIM provides information about a property that makes it valuable for any construction effort.

Virtuscan employee using tablet to examine 3D model and scanning aerial shot.

BIM is the process of creating and managing information for your built assets, such as buildings. This information is then used to create a digital replica of the asset in question. This digital replica takes the information used in its creation to represent its entire lifespan.

An employee from Virtuscan wearing an orange jacket, standing next to a tripod doing 3D scanning.

What’s included in a scan-to-BIM service?

3D scanning: a Scan-to-BIM service begins with 3D scanning of a physical space or structure using advanced technologies such as LiDAR, laser scanning,
or photogrammetry.
Point cloud generation: the data captured through scanning is used to create a highly accurate point cloud, which is a digital representation of the physical space or structure.
BIM modelling: Building Information Modelling (BIM) software is used to create a 3D model of the physical space or structure based on the point cloud data.
Custom deliverables: depending on the project needs, a Scan-to-BIM service may offer customised deliverables such as 3D models, 2D drawings or even VR/AR experiences.

Take your project to the next level with our
Scan-to-BIM service.

What are the key features
of Scan-to-BIM?

The model created by the BIM process has the ability to embed crucial building information. This ability is one of the reasons why BIM is a standard in the construction industry offering more than 2D plans or even other types of 3D models.

The embedded information covers a wide range of details, including materials used, dates of installation and measurements. An ‘intelligent 3D model’ can then be created using the embedded data. The intelligent 3D model allows it to be more than shapes on a screen. Instead, they can be a living model using embedded information to create a data-driven workspace.

Detailed 3D building design with a sizable window. 2D and 3D model example.

A Virtuscan employee standing in front of a camera on a tripod, choosing the best area for BIM.

What area of the building is BIM best utilised?

The intelligent model can be useful in many different areas. It can be useful for understanding the building itself but also the environment and surroundings. This information can be used by your teams to ensure that your building and its surrounding area is built to a high standard with reduced costs.