- Accuracy of 1mm: Laser scanners measure millions of scan data points every second, meaning measurements are accurate within the millimeter. A level of detail is mandatory for retrofitting or design projects that have a complex nature.
- Reliable Baseline Data: Accurate scans provide a reliable benchmark for engineers and contractors to mitigate design and construction errors.
- Recording Hard-to-reach Hidden Elements: 3D scanners can record hidden elements like piping systems behind walls or high structural elements, which are almost always ignored in regular surveys.
- Expedited Data Acquisition: Within minutes, a single scan can collect millions of points, enabling the rapid coverage of larger spaces or intricate configurations in much less time than traditional processes.
- Reduced Downtime: Scanning can be done with minimal interruption to plant operations. Thus, no extended shutdown time or intensive manual intervention is required.
- Quick Turnaround for Designs: 3D Models from the digital point cloud resulting from laser scanning can be processed into design quickly, expediting decision-making.
- Holistic Spatial gives a Complete Representation: The technology records everything found in the Physical Environment of Plants, from Equipment to Piping to Structural Components.
- Single Source of Truth: The detailed point cloud or 3D Model acts as an accurate reference source for everybody, reducing miscommunication and discrepancies.
- Enables Upgrades in the Future: A digital record provides plants with a reference point for upgrades or modifications in the future, ultimately saving time and resources with subsequent projects.
- Non-contact data acquisition: Because laser scanning is a remote technology, surveyors are able to get access to inaccessible or unsafe locations where traditional methods cannot be used, such as highly elevated platforms or confined spaces.
- Enhanced Risk Mitigation: Through detailed three-dimensional models, it is easier to detect hazards such as beam and column deficiencies or clearance difficulties that can be resolved in advance.
- Compliance with Regulations: Scanning offers accurate documentation in support of regulatory compliance, ensuring that plants remain free from hazards and the penalties associated with them.
- Decreased Rework: By using precise data, inaccuracies are avoided in both the design and building processes, preventing expensive rework or project delays.
- Reduced Surveying Costs: Plant scanning services efficiency cuts the labor and time necessary for surveying using traditional methods.
- Efficient Resource Management: With the detailed data provided through 3D scanning, your planning and resource allocation will become more effective in minimizing wastage and avoiding unnecessary costs.
Introduction:
Background Industrial plants are complex ecosystems where safety, precision, and efficiency are major key factors. In order to manage and modernize these facilities, accurate and precise details about the plant infrastructure and systems are needed.
We take a look at the top five advantages of using 3D plant scanning services and why it is now an essential tool that is worthy of every plant engineer, designer, and manager as part of their toolset.
Exceptional Accuracy and Precision
Industrial plants contain complex networks of pipes, machines, and structures, and even minor measurement errors can result in expensive errors or safety issues. With 3D laser scanning, this risk is removed as it is one of only a few methods to collect data accurately.
Armed with accurate data, industrial plants can prevent expensive rebates and ensure that new systems fit into existing grids seamlessly.
Time Efficiency
In the field of industrial operations, every second counts as downtime and can take a huge toll on both productivity and profitability. With the use of 3D plant scanning services, data collection and computation can be carried out at an unbelievable speed, allowing us to cut our project timelines significantly.
3D Laser Scanning helps industrial plants to have their survey processes simplified and adjusted without compromising on the day-to-day operationalization of their projects.
Comprehensive and Detailed Documentation
One of the widely used practical methods is to use 3D laser scanning solutions for as-built documentation, which wouldn’t be possible with traditional surveying solutions, a powerful tool integrated into most advanced industrial design packages to deliver unprecedented detail, allowing near-complete digital replication on plant environments.
Providing this level of detail allows you to avoid leaving any corner of the plant out, which ensures confidence in planning and executing a project.
Enhanced Safety
Industrial plants face significant safety threats, with workers handling dangerous equipment in complex and hazardous environments. The use of 3D laser scanning allows for decreased unnecessary access to unsafe areas, reducing the risk to personnel and providing a more trusted estimate of damaging assessment information.
In addition to protecting personnel, 3D laser scanning helps sustain safety, reducing liabilities and the risk of interrupted operations.
Cost Savings
Although the cost of investment in 3D laser scanning equipment or services can be high, overall, it is a lot cheaper than the costs of purchasing and using traditional measurement methods.
In the long term, the increased accuracy, efficiency, and safety of 3D laser scanning generate considerable cost savings within industrial plants.
Conclusion
Plant scanning services provide accurate and extensive data, which in turn helps make better decisions and enables smooth project execution. With all of this in mind, whether you are upgrading a plant, performing maintenance, or needing help to ensure compliance with regulations, 3D laser scanning provides smarter and more efficient documentation and project management approaches.
Read More: Why Choose 3D Scanning for Accurate As-Built Documentation?