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Our AR BIM application features a unique transparency option that lets users see through the digital model to the real construction site beneath.
This tool helps in accurately aligning the virtual design with the actual environment, making it easier to spot discrepancies and ensure the project matches its specifications perfectly.
It’s a straightforward yet powerful way to bridge the gap between digital plans and real-world execution.
This allows users to control and adjust the vertical cross-section of the BIM model directly through the user interface.
By simply manipulating the UI, users can increase or decrease the vertical scope of the view. This capability enables a detailed examination of different layers and components of the structure, offering a deeper insight into the building’s design and construction phases.
It’s an essential tool for analyzing complex structures and ensuring every detail aligns with the project’s requirements.
This feature allows users to capture screenshots of the BIM model within the AR environment. Users can then annotate or mark these screenshots with notes or highlights for specific areas of interest or concern.
Once annotated, these images can be saved for future reference, shared with team members, or used in reports. This tool streamlines communication among project stakeholders, ensuring everyone is aligned and informed about project updates, changes, or issues that need attention.
It’s an effective way to document progress and facilitate collaborative problem-solving.
Problem: Construction teams often rely on 2D drawings or laptops to verify structures, which leads to misinterpretation or human error.
Solution with Twin BIM AR:
By scanning anchor points (QR codes or visual markers), site engineers can overlay the 3D BIM model directly onto the physical structure, enabling them to instantly check:
Alignment of columns, beams, slabs
Missing or wrongly placed elements
Real-time deviations from the model
Outcome: Reduces rework and saves time during construction audits.
Problem: Manually checking if a built component aligns with the design model is time-consuming and prone to oversight.
Solution with Twin BIM AR:
Use AR overlays to perform precise structural alignment checks for critical elements such as:
Verticality and placement of columns
Pipe or conduit paths
Mechanical, electrical, plumbing (MEP) layout coordination
Outcome: Engineers can visually inspect and capture misalignments before they become expensive errors.
Problem: Once a building is operational, locating hidden infrastructure for maintenance is difficult.
Solution with Twin BIM AR:
Use AR to view embedded digital twin data of HVAC systems, electrical lines, or plumbing behind walls and ceilings:
Tag equipment with maintenance info
Highlight service paths
Provide training using virtual overlays
Outcome: Streamlines maintenance, improves safety, and future-proofs asset management.
Problem: Once a building is operational, locating hidden infrastructure for maintenance is difficult.
Solution with Twin BIM AR:
Use AR to view embedded digital twin data of HVAC systems, electrical lines, or plumbing behind walls and ceilings:
Tag equipment with maintenance info
Highlight service paths
Provide training using virtual overlays
Outcome: Streamlines maintenance, improves safety, and future-proofs asset management.
Twin BIM AR supports .IFC, .FBX, .OBJ, .GLB, .GLTF, .STL, .DAE, .STEP, .IGES
Yes, It support Revit Models
Yes Twin BIM AR can be used offline. Internet is only required to download new models
Currently IOS devices like Iphone and Ipads. As we aim for greater stability.
AR-BIM integration allows for the creation of realistic simulations of construction environments. Trainees can interact with 3D models of buildings, infrastructure, or specific construction scenarios.
This hands-on approach helps learners understand complex concepts, spatial relationships, and the sequencing of construction activities in a safe, controlled environment.
Teams can use augmented reality to exchange 3D visuals and movies with members who are not physically present. This enables various members of the team (e.g., contractors, designers, electricians, architects, etc.) to detect difficulties or errors in real time. This helps to cut costs and save time.
In some circumstances, AR gear can be used to gather various measures in an environment (e.g., height, width, depth), allowing businesses to create more accurate models or improve current ones. This tool allows onsite team members to double-check measurements, avoid errors, and resolve inconsistencies before wasting resources.
In some circumstances, AR devices can detect tags or labels in specific locations or on objects. This will provide essential safety information about that specific area, allowing team members to take appropriate safeguards.
When paired with 3D modelling software and BIM, AR allows businesses to create precise, detailed, and interactive structural models. This provides clients with a richer feel for what the structure will look like when fully built.
By improving the accuracy of construction planning, enhancing safety, and reducing the need for physical mock-ups, AR can help save both time and money. Early detection of design conflicts, improved communication among stakeholders, and streamlined maintenance processes all contribute to the overall cost-efficiency of construction projects.
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