TrueScan provided 3D laser scanning services for KLH Engineers and Bethesda North Hospital in Cincinnati, Ohio, documenting above- and below-ceiling conditions within a large clinical laboratory.
The project required accurate existing-conditions data for a laboratory redesign while the hospital remained fully operational. TrueScan completed 165 scans, aligned the data to the customer’s Revit file, and delivered a point cloud in Autodesk ReCap format for use by the engineering team.
Location: Cincinnati, Ohio
Property Type: Hospital / clinical laboratory
Client: KLH Engineers and Bethesda North Hospital
Services:
Size / Scope: Large active clinical laboratory
Areas Documented:
Deliverables:
The laboratory needed to remain operational throughout the scanning process, creating a demanding environment for field documentation.
In addition to working around continuous hospital operations, TrueScan had to carefully document above-ceiling conditions in a space where cleanliness was critical. Removing ceiling tiles could disturb dust and contaminants above the ceiling, creating potential risks to sensitive samples, equipment, and laboratory operations.
The engineering team still needed a clear understanding of the existing systems above the ceiling to support the redesign of the laboratory.
TrueScan completed 165 scans throughout the laboratory, capturing conditions both above and below the ceiling while working around ongoing hospital operations.
The scan data was aligned to the customer’s existing Revit file and combined into a registered point cloud. TrueScan then delivered the point cloud in Autodesk ReCap format so it could be imported directly into Revit.
This gave engineers across multiple disciplines a shared digital reference for reviewing and tracing existing systems during the redesign process.
The engineering team used the point cloud to assess above-ceiling conditions and accurately route existing systems within the Revit environment.
TrueScan provided KLH Engineers and Bethesda North Hospital with the information needed to develop an accurate as-built model and support the laboratory redesign without disrupting the hospital’s daily operations.
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