3D Point Cloud Laser Scanning Technology
To date, 3D laser scanning technology is considered the most proficient method of collecting data about on-site conditions, offering high accuracy mapping by realistically capturing intricate details of every aspect of a building project.
BimServe currently provide 3D point cloud laser scanning services, to help clients carry out high definition surveying with the utmost precision and efficiency.
We combine the latest tools in 3D laser scanning technology and panoramic photography with the skill set of our well-seasoned staff, to produce high-resolution point cloud data, accurate 3D models and full colour rendering 360-degree photography embedded within the point cloud for your building applications and site projects.
How is 3D Point Cloud Laser Scanning used for Building Information Modelling (BIM)?
3D Point Cloud is a database containing points in a three-dimensional coordinate system extrapolated from laser scanning devices.
3D laser scanners are used to digitally capture the shape of physical objects using a line of laser light. They create ‘point clouds’ of data measurements from the surface of physical objects and photos that can be converted into a BIM model, providing a highly accurate digital record of existing objects or space. Scans are available in low, medium or high resolution to aid design, coordination and drafting.
What are the benefits of using 3D Point Cloud Laser Scanning?
The key advantages of incorporating the use of 3D point laser scanning technology as part of your BIM conversions include:
- Extensive building analysis – Potential threats, interferences, design issues and deteriorated building components in existing building structures are easier to identify using 3D laser scanning, enabling any critical issues to be pinpointed and analysed prior to the commencement of renovation or building works. This ensures better planning and assists with budgeting and timeline projections.
- Comprehensive design assessment – Laser scanning provides a detailed picture of existing building design and inherent components, which can be used for interference checks and comparative purposes between new and old building elements in renovation circumstances and can be factored in the consideration of new design codes, parameters and environmental factors.
- Accuracy and precision – Traditional surveying methods are not full-proof as they are susceptible to human error. Laser scanning offers higher accuracy with measurements and more in-depth visibility when it comes to entrenched building components (such as beams and pipes), producing better results.
- Time saving – Using 3D geometry produced through laser scanning to survey a building, and converting the data obtained into scanned images significantly reduces field time, proving to be more efficient than relying on technicians to take manual on-site measurements which often result in repeat visits to and from site.
- Cost effective – Errors and issues can be detected early in the project life cycle reducing overall construction costs. Labour costs are also reduced by using a laser scanner, negating the need for technician fees associated with manual surveying.
- Convenient accessibility – Point clouds can be viewed directly within your design software on your iPad or can be transferred onto your desktop, enabling you quick and easy access so that you can revisit your worksite in 3D any time without having to leave your office.
- Promotes collaborative work – The ability to review 3D models from laser scans provides a basis for a collaborative platform to be established between design engineers, contractors and developers so that they can improve their understanding of design flaws, and creates the potential for brainstorming and problem-solving, by enabling multiple parties to work together on a project.
Don’t let your design vision and hard work get lost in translation – make sure you employ the use of the best tools in the trade to achieve the highest quality outcomes for your BIM projects.
For more information on how our 3D point cloud laser scanning services can facilitate the planning and execution of your building projects and site developments, contact BimServe today on 1300 257 391.
Our recent BIM modelling projects
151 Clarence Street
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183 Clarence Street, Sydney
Project BIM Manager to ensure all contractor model delivery complies with the requirements of the BEP and coordination workflow.
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Denison Street Sydney
Project BIM Manager for the builder to ensure contractor model delivery complies with the requirement of the CBEP.
North Shore Health Hub, Sydney
BimServe lead the BIM coordination process, the design development of the building and associated services through to construction.
Wicks Park Residential and Retail, Sydney
Collaboration project with design management firm providing the BIM management services for this development.
Griffith University Aquatic Centre
Commissioned to manage the BIM delivery for all trades including coordination management, BIM delivery and asset data for client handover.
Prince of Wales Hospital NCCC & AATC – Stage 2
BIM manager of the services coordination process between all trades’ 3D models and deliver a site reviewed as-built model with...
Macquarie University E7A building
BIM coordination review of the design model, architectural and structural, as well as the contractors, was provided by BimServe.
Australian Rugby House
BimServe provided BIM coordination services and produced a project BIM execution plan and outline report for the various project teams.
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BimServe were commissioned to manage the BIM requirement and deliverable of all services models through the D&C process.
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Equinix Data Centre
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Australian Red Cross
BimServe provided multi-services modelling and coordination from 2D design documents to provide a clash-free model.
Williamtown RAAF
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South East Water HQ-Victoria
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AFP HQ-ACT
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HMAS Albatross-Nowra
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IESS-Wollongong
We produced a project BIM execution plan and outline report to which the sub-contractors followed for their BIM setup and...
AMHU-WA
We were commissioned to provide fully coordinated models and drawings from a combination of sub-contractor 2D drawings and consultant design...