Why Use 3d Scanning?

Through accuracy, speed, and safety, 3D scanning improves productivity on a project by creating efficiency.

Accuracy

Does this look familiar? Project Packing List: Pack digital camera. Check. Pack memory cards. Check. Pack tape measure. Check. Pack pencils and paper. Check. Book a hotel for a three-day site visit. Check. Plan a return visit for missed information. Check. Or, you can pack just your scanning gear, travel to the project site, and make your scans in as little as one day [1]. You will have all the images and measurements you’ll need without ever having to worry about making a return trip.

The RTC360 and BLK360 are two of the most accurate scanning technologies on the market today. They are both capable of taking measurements that are accurate within 0.11811 of an inch. No more worrying about mismeasuring or compounded measuring mistakes. Fewer mistakes mean project efficiency. Project efficiency means less wasted time, resources, and money.

Speed

A single laser scanner can capture a 360-degree image at up to 2 million data points per second, providing an incredibly accurate and rich detail of every aspect of your project. Compare this to the human eye, which can only take in new information at the rate of only 3 – 4 times per second [2]. That means the scanner captures 500,000 times the amount of data the human eye can capture in one second. Now that’s fast and efficient.

Safety

In 2018 and 2019, the construction industry alone recorded 200,000 non-fatal, occupational-related injuries and illnesses [3]. According to the AGC, there are over 7 million employees in construction today [4]. That means that there was one injured employee for every 35 employees in the industry. As I’m sure everyone would agree, safety should always be a priority, and the construction industry is ever vigilant to keep sites safe. 3D laser scanning is a non-intrusive service that can capture 360 degree images from hundreds of feet away from its target. There is no need for any scaffolding, cranes, or work stoppages to have a scan done. Its minimal requirements for capturing a site make 3D scanning a safe and efficient technology.

Foot Notes: 1 – Scan time can vary depending on project requirements, but most projects can be scanned in one day. 2 - Detecting meaning in RSVP at 13 ms per picture Mary C. Potter, Brad Wyble, Carl Erick Hagmann and Emily S. McCourt Massachusetts Institute of Technology, Page 3, FastDetect2014withFigures.pdf. 3 - Bureau of Labor Statistics US Department of Labor, Page 6, OSH.pdf. 4 – Associated General Contractors of America, www.agc.org.

Frequently Asked Questions

Why should I use 3D scanning instead of traditional field measurements?

3D scanning captures millions of accurate measurements in a single site visit, creating a permanent digital record of existing conditions. Compared to manual measurements, it reduces human error, speeds up documentation, and gives project teams a more reliable foundation for design and construction.

  • Capture an entire building instead of individual dimensions.
  • Reduce return trips to verify measurements.
  • Improve coordination between architects, engineers, and contractors.
  • Maintain a permanent digital record for future renovations and facility management.
Can 3D scanning be used to create accurate as built drawings?

Yes. 3D scanning is one of the most effective ways to produce accurate as built documentation because every measurement is based on real world conditions rather than field sketches. The collected data can be converted into CAD drawings or Revit models that accurately reflect the building's existing conditions.

  • Generate floor plans, elevations, and sections.
  • Support renovations, additions, and adaptive reuse projects.
  • Reduce discrepancies between design documents and field conditions.
  • Improve confidence before construction begins.
How does 3D scanning support BIM and digital twin projects?

3D scanning provides the accurate existing conditions needed to create reliable BIM models and digital twins. The captured point cloud serves as the foundation for Revit models and intelligent building data that supports design, construction, operations, and long term facility management.

  • Develop Revit models from existing buildings.
  • Create Digital Twins for ongoing facility management.
  • Improve collaboration across project teams.
  • Maintain a dependable source of truth throughout the building lifecycle.
Can 3D scanning capture mechanical, electrical, and plumbing systems?

Yes. 3D scanning captures visible mechanical, electrical, and plumbing systems together with the surrounding building structure. This allows engineers and contractors to coordinate new work with existing conditions while reducing clashes and unexpected conflicts during construction.

  • Document exposed ductwork, piping, conduit, cable trays, and equipment.
  • Improve MEP coordination before installation.
  • Reduce costly field conflicts.
  • Support renovation and expansion projects.
Why choose Siteline360 for 3D scanning in Boston?

Siteline360 provides 3D laser scanning, existing conditions documentation, and Scan to BIM services for architects, engineers, contractors, and facility owners throughout Boston and Eastern Massachusetts. Using NavVis technology, we deliver accurate point clouds, Revit models, and CAD drawings that help projects begin with dependable existing conditions.

  • Local team serving Boston, Greater Boston, and Eastern Massachusetts.
  • Fast scheduling and efficient on site data capture.
  • Deliverables include registered point clouds, Revit models, CAD drawings, and existing conditions documentation.
  • Support throughout design, renovation, construction, and project closeout.