Architecture, Engineering, and Construction (AEC) and MEP
For architects, engineers, construction firms, and Mechanical, Electrical, and Plumbing (MEP) professionals, Obsidian 3D provides critical data throughout the entire project lifecycle.
We address common challenges such as outdated drawings, inaccurate as-built data, costly rework, and project delays. Our services deliver comprehensive 3D data and precise, actionable digital twins of physical spaces and structures, directly impacting project efficiency, accuracy, and profitability.
How We Deliver Cost & Time Savings for AEC & MEP
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Accurate as-built documentation minimizes surprises and clashes during design and construction, significantly reducing change orders and on-site rework. For example, identifying a critical pipe clash before construction can save tens of thousands of dollars in rework and prevent weeks of schedule delays that arise from demolishing and reinstalling misplaced elements. Historically, manual methods often miss these, leading to significant unforeseen costs.
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Rapid capture of existing conditions allows designers, architects, and engineers to confidently create modifications and integrate new designs seamlessly, reducing the back-and-forth typical of traditional surveys. Scanning a 15,000 sq ft existing building for renovation can be completed in a single day, delivering precise data. A traditional survey for the same building could take multiple weeks and still provide less granular detail, costing significantly more in labor hours and extending the preliminary design phase.
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Precise 3D models (BIM-ready, CAD-ready) can be shared with all stakeholders, fostering a common understanding and reducing misinterpretations across disciplines. Design review meetings can be cut from multiple hours to 30-60 minutes, as issues are visually clear and measurable. This saves valuable time for highly paid design and engineering teams. Clash detection using accurate scan data can identify and resolve hundreds of potential conflicts in the design phase, each of which could cost $1,000 - $10,000+ to fix during construction.
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As-built structures can be compared to BIM models to identify deviations, track progress, and verify payment milestones with objective, measurable data. A daily or weekly scan of a construction site allows for rapid identification of deviations from the plan. Catching a misaligned column or wall early can prevent the need for demolition and rebuilding, saving days of labor and material costs, potentially thousands of dollars per incident.
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Digital twins can be created to optimize pre-fabrication design, verify components off-site, and ensure seamless integration on-site. Ensuring pre-fabricated MEP racks or wall panels fit perfectly upon delivery can reduce installation time by 20-30% per unit, saving significant on-site labor costs and accelerating project completion.
Real-World Applications
Accurate As-Built Documentation:
Rapidly capture existing conditions for renovation, retrofit, or facility management. This provides a precise digital twin, essential for integrating new designs with existing infrastructure and verifying MEP system placement in tight spaces.
Comprehensive BIM (Building Information Modeling) Integration:
Generate accurate point clouds and 3D models to create or update BIM models.
Construction Progress Monitoring & Quality Control:
Compare scan data to design models (BIM/CAD) to track progress, verify adherence, and identify deviations.
Pre-Fabrication & Modular Construction: Use precise scan data to optimize pre-fabrication, ensuring components fit correctly on-site and reducing installation time.
Facility Management & Asset Management:
Create detailed digital twins of operating facilities for ongoing maintenance, space planning, and asset tracking.
Large-Scale Infrastructure Projects:
Efficiently map and manage complex infrastructure, ensuring precise design and installation of integrated systems.
Urban Planning:
Utilize 3D models and point cloud classification for sustainable urban development, detailed site analysis, and scenario planning.
