3D Laser Scanning Services in Indiana

The Kennedy Space Center used GPRS 3D laser scanning services during recent upgrades to Launch Complex 39B. Our client was installing piping from the mechanical room under the launch pad up to the surface where they terminate, rerouting overhead piping through the mechanical room, as well as, removing and installing new equipment. GPRS delivered accurate and reliable as-built data for the Kennedy Space Center to plan upgrades and reroute piping.

The Kennedy Space Center used GPRS 3D laser scanning services during recent upgrades to Launch Complex 39B.

The Kennedy Space Center – Cape Canaveral, Florida 3D BIM Model to Upgrade Launch Complex 39B ‍ TASK: The Kennedy Space Center used GPRS 3D laser scanning services during recent upgrades to Launch Complex 39B. Our client was installing piping from the mechanical room under the launch pad up to the surface where they terminate, rerouting overhead piping through the mechanical room, as well as, removing and installing new equipment. GPRS delivered accurate and reliable as built data for the Kennedy Space Center to plan upgrades and reroute piping. ‍ CHALLENGE: The client needed fast and accurate as built documentation of the project areas so they could effectively plan upgrades and piping routes and note any clash points. Understanding exactly where the mechanical room equipment was located below the launch pad surface was crucial to this project and difficult to determine using a method other than 3D laser scanning. ‍ SOLUTION: The GPRS Mapping & Modeling Team delivered an LOD 300 3D BIM model of the structural and MEP details. Accurate information helped the client plan for the equipment and piping and determine the vertical penetration points. This saved time and money by prefabricating the piping offsite and minimizing rework from misaligned pipes and equipment.

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3D Laser Scanning

Architects and mechanical contractors could plan both the demolition of the existing systems and the implementation of the new systems without jeopardizing the Frank Lloyd Wright Unity Temple's aesthetics and spatial design.

To laser scan both the interior and exterior of Frank Lloyd Wright’s Unity Temple and produce a 3D BIM model for historical renovation documentation.

GPRS laser scanned the interior and exterior of Frank Lloyd Wright’s Unity Temple to produce a 3D BIM model for historical renovation documentation.

Location: Unity Temple in Oak Park, Illinois Task: To laser scan both the interior and exterior of Frank Lloyd Wright’s Unity Temple and produce a 3D BIM model for historical renovation documentation. Challenge: The challenge in this case was to be able to thoroughly document the 1909 Frank Lloyd Wright masterpiece—in order to prepare for a multi-million dollar building restoration—without compromising the building’s historical identity or disrupting ongoing tourism and church activities within Unity Temple. Solutions: Building Information Modeling (BIM) has become a major practice within the AEC industry, specifically for new construction, adaptive reuse, or buildout projects. But how does this practice of “build twice” translate to restoring an early 19th century architectural marvel? By means of High Definition Surveying (HDS). HDS is a non-contact measuring tool that collects visible information of existing conditions in a fast, precise way while, at the same time, reducing damage risks and time associated with traditional measuring methods. Visible information is captured in 360 degrees, generating a 3D point cloud with accuracy up to 2 to 4mm. These point clouds ultimately become 3D virtual worlds of the building, making the method a fast and cost effective way to generate as-built documentation (both 2D and 3D) for project analysis and coordination. In the case of Unity Temple, TruePoint was hired for its expertise in historical preservation by means of laser scanning and BIM modeling. TruePoint’s team of architects and engineers performed a comprehensive laser scan of the building’s interior (temple, offices, mechanical basement, classrooms, etc.), exterior, roof, and skylights in order to capture explicit detail of Unity Temple’s current condition. TruePoint then created a 3D Revit model from the point cloud data so that the construction management firm and subcontractors (mechanical contractors, concrete restoration, architects, etc.) could investigate the building’s existing state and accurately assess their project designs for restoring Unity Temple. Deliverables: Deliverables included a 3D Revit model of the building’s interior, exterior, roof, and skylights; a colorized point cloud in Autodesk Recap file formats (.rcp/.rcs) to be used directly in Autodesk Software (Revit, AutoCAD, Navisworks, etc.); and TruView photographs. Added Value: The colorized point cloud generated from laser scanning gave explicit detailed information that would be otherwise nearly impossible or extremely difficult to document without risking damage to the fragile building elements. Examples of two key architectural features are the intricate window panes (e.g., clerestories, skylights) and the wood trim throughout Unity Temple. Both of these features were collected in the point cloud data in congruence with other building information (structure, mechanical systems, etc.). Additionally, TruePoint trained the client on how to create 2D elevations, sections, and a Reflected Ceiling Plan (RCP) directly from the point cloud data within AutoCAD. These AutoCAD sheets contained precise measurements and photographs, making it quick and easy for the client to identify the exact piece and location of each element for its removal, restoration, and re-implementation. TruePoint also provided the client with TruViews. The TruView utilizes a free plug-in for Internet Explorer in order to view each scan location from the scanner’s perspective. This offers a quick, easy way to take rudimentary measurements, make hyperlink notes, and perform project collaboration, thereby reducing the hassle, time, and cost associated with on-site visits. Another added bonus of producing a comprehensive point cloud and BIM model of Unity Temple was documenting the existing mechanical room and tunnel in relation to the entire structure. Mechanical contractors and architects could then plan both demolition of the existing systems and implementation of the new systems without jeopardizing Frank Lloyd Wright’s aesthetic and spatial design.

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3D Laser Scanning

The use of laser scan technology has resulted in accurate and efficient data collection, precise as-built documentation, cost savings due to improved design accuracy, and improved project visualization and collaboration.

A pharmaceutical company was installing some new equipment in various areas of the facility. Existing machinery was being removed, new machinery was being installed and MEP piping was being re-routed throughout the area. GPRS provided laser scanning services to collect point cloud data on four levels and generate a 3D model for the client. Before starting renovations of this existing facility, the client desired to document existing conditions to plan layout and process flow upgrades.

The use of laser scan technology has resulted in accurate and efficient data collection, true as built documentation, cost savings due to improved design accuracy, and improved project visualization and collaboration.

Location: Social Circle, GA Project Manager Insight: “The cost of laser scanning and modeling should easily be offset by the cost savings from reduced re-work during the facility renovations.” Andy Foshee, TruePoint Southeast Regional Manager. Task: A pharmaceutical company was installing some new equipment in various areas of the facility. Existing machinery was being removed, new machinery was being installed and MEP piping was being re-routed throughout the area. TruePoint provided laser scanning services to collect point cloud data on four levels and generate a 3D model for the client. Before starting renovations of this existing facility, the client desired to document existing conditions and plan layout and process flow upgrades. Challenge: Upgrading existing pharmaceutical manufacturing sites can be challenging. The space available is restricted and bringing in new equipment is sometimes tricky. Our client needed to make several tie-ins and requested a Revit model for planning. Solution: Using the Leica P50 ScanStation, TruePoint captured structural features, MEP piping and equipment ½ inch and above. An LOD 300 Revit model was requested to ensure more accurate, efficient and cost-effective execution of the project. With planning, the client was able to install the new machinery and re-route piping without any field rework. This also resulted in reduced downtime and significant savings by returning the facility to production quickly. Deliverable: TruePoint delivered a point cloud .rcp file, JetStream Viewer file and an LOD 300 Revit model to the client. TruePoint's team of CAD technicians modeled the following details for the client: Pipe - 72,000 linear feet Conduit - 75,000 linear feet Duct - 11,000 linear feet Pipe modeled down to 1/2 inch in diameter. Added Value: The use of laser scan technology has resulted in accurate and efficient data collection, true as built documentation, cost savings due to improved design accuracy, and improved project visualization and collaboration. For 3D laser scanning services in Atlanta, GA call 404-665-7252 or email atlanta@truepointscanning.com. TruePoint is a leader in 3D laser scanning and scan to BIM services. Our experienced professionals are dedicated to delivering the highest quality point cloud data, 2D drawings and 3D models, using state-of-the-art equipment, technology and processes. Keywords: laser scanning to complete pharmaceutical plant upgrades, laser scanning for plant documentation, Revit model for design planning, laser scanning to re-route piping, scan to BIM MEP.

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3D Laser Scanning