3D Laser Scanning Services in Montana

GPRS captured point cloud data to generate a 3D as-built model from which the client could take measurements and locate key features that could be affected by the seating renovation.

GPRS laser scanned a historic theater, including the main floor, three balcony levels, and box seats to generate a 3D Revit model for seating renovations. The target objects of data acquisition were structural features, including exposed columns and beams; and the architectural envelope of the audience area, including walls, floors, ceilings, doors, openings, railings, seats, floor, and lighting.

GPRS 3D laser scanned a historic theatre to generate a 3D Revit model for seating renovations.

GPRS 3D laser scanned a historic theatre to generate a 3D Revit model for seating renovations. Case Study: 3D Laser Scanning A Theatre To Generate A 3D Model Location: Philadelphia, PA Task: GPRS laser scanned a historic theater, including the main floor, three balcony levels and box seats to generate a 3D Revit model for seating renovations. The target objects of data acquisition were structural features, including exposed columns and beams; and the architectural envelope of the audience area, including walls, floors, ceilings, doors, openings, railings, seats, floor and lighting. Problem: The client did not have accurate as-builts to plan and layout the new seating and understand the grade of the main floor and balconies. Manually measuring for this would have been time consuming and less accurate. Solution: 3D laser scanning will provide the client precise, as-built documentation of the historic theater, including floor slope, balcony and ceiling heights. GPRS captured point cloud data to generate a 3D as-built model from which the client could take measurements and locate key features that could be affected by the seating renovation. Benefits: GPRS’ in-house CAD technicians created a 3D Revit model for the client. Revit families were created for all the varying features so that each layer could be selected or de-selected depending on which portion of the model was being analyzed by the client. Accurate data facilitates timely and cost-efficient decisions. The 3D model will be crucial to plan for enhancements that are made to the space. This model could further be used to study the room acoustics and how adding/removing/changing objects would impact the reflection of sound. GPRS Intelligently Visualizes The Built World® for our customers, nationwide. Our 3D laser scanning services specialize in point cloud processing and Autodesk® software implementation workflows. Certified laser scanning professionals have extensive experience in data collection. Our in-house Mapping & Modeling Team bring real world applications of the data to create meaningful models. For 3D laser scanning in Philadelphia, call GPRS. For 3D laser scanning services in theatres, arenas or stadiums, contact GPRS Laser Scanning. Certified scanning professionals have extensive experience in collecting point cloud data. GPRS generated a 3D Revit model of the theater’s structure, architecture and seating. The 3D model will be crucial to plan for enhancements that are made to the space. 3D laser scanning will provide the client precise, as-built documentation of the historic theater.

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3D Laser Scanning

GPRS provided critical dimensional verification to ensure a flawless installation, reduce delays, clashes, and other unforeseen challenges for the project team

GPRS partnered with two renewable energy companies constructing an offshore wind farm to verify that the prefabricated components of several wind turbines met the specified design requirements

GPRS aids renewable energy projects with precise as-built data for design, construction, and maintenance. From solar panel installation to wind farm construction, we deliver accurate data for your project needs. 3D laser scanning captured complete and accurate dimensional information to verify that the prefabricated components were in tolerance for the design drawings Precast concrete foundations were laser scanned and a CAD comparison was performed to confirm that the dimensions matched the design planSubstation topside steel platforms were laser scanned to provide accurate as-built dimensions of all three levels and report the maximum outside diameter of the structure The Mapping & Modeling Team delivered 2D CAD drawings and a 3D BIM model, detailing the as-built dimensions and deviation between the design model and actual component 3D laser scanning captured complete and accurate dimensional information to verify that the prefabricated components were in tolerance for the design drawingsPrecast concrete foundations were laser scanned and a CAD comparison was performed to confirm that the dimensions matched the design planSubstation topside steel platforms were laser scanned to provide accurate as-built dimensions of all three levels and report the maximum outside diameter of the structureThe Mapping & Modeling Team delivered 2D CAD drawings and a 3D BIM model, detailing the as-built dimensions and deviation between the design model and actual component

The construction of a wind turbine required shipping prefabricated components on a vessel out to sea and using a crane to assemble Verification of the prefabricated component measurements within tolerance of the design drawings ensured a flawless installation Unique construction conditions meant there was no time to troubleshoot installation problems or add additional site visits and time at sea

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3D Laser Scanning

Raw point cloud data provided an engineering firm in California the accurate measurements they needed to design and plan the expansion of a water treatment facility in Texas thanks to 3D laser scanning

Capture accurate existing conditions and provide raw as-built, point cloud data for the expansion of a water treatment plant

An engineering firm was generating construction drawings to expand an existing water treatment plant. The firm required accurate field conditions in raw point cloud data (.rcp files and related supporting files) to create new layouts for construction.

No as-built drawings existed for the water treatment plant. Accurate existing conditions were needed to plan for the facility expansion • Exact dimensions were required to plan modifications and fabricate pipe • The project's engineering firm was located in California; the water treatment plant was located in Texas. They needed accurate information available in a digital platform to begin design planning Solution • Using a Leica Scan Station, a GPRS Project Manager completed 40 laser scans of the building to capture architectural, structural, and MEP features • The client received a colorized point cloud in ReCap (.rcp files and related supporting files) and TruView files that allowed the engineering firm and the plant to coordinate off-site planning and prefabrication for the expansion Benefits Laser scanning is an extremely efficient and accurate way to gather data necessary to create construction drawings of a building or space. • 3D laser scanning eliminated the firm's travel to the Water Treatment Plant. In one day on site, enough scans were taken to create a complete colorized point cloud of the space. • 3D laser scan data provided the Engineering Firm critical tie points on tanks and lines, information that was crucial to the expansion.

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3D Laser Scanning