Build Smarter and Faster

In Architecture, Construction and Engineering industry (ACE), it is critical to stay on schedule with high efficiency and quality. Adapting our AutoCAD compatible  3D capturing and layout tools, we help you deliver complete solutions to your client in the next level.

Precise and Detailed

Data and AI-Driven management. By maximizes the quality of construction with reduced risk by adopting building Information Modeling software for BIM coordinated approach and higher data quality in residential and commercial projects.

Our vision is to provide solutions for cost-effective Digitized Construction Management and Facility Management. By delivering construction efficacy with benefits of BIM Services in 3D BIM Modeling, MEP/HVAC Coordination, Cost Estimation, Point Cloud Modeling, Revit Family Creations, Structural BIM, Architectural BIM, we help our client to achieve higher standard.

4D Construction Scheduling

Implementing scan to BIM Revit software platform, point cloud scan to BIM enables old building renovation for gaining momentum and creating interest among architects. The construction schedule or the 4d sequence of the project is related to the point cloud scan data. Users click on building objects in 4D visual environments, viewing associated tasks in the Gantt chart.

Odoo • Text and Image
Odoo • Image and Text

Facilities Management Integrating Cobie Data Integration

Facilities Operations management is one of the best scan to BIM best practices, where scan to BIM companies support AEC project stakeholders to organize approved submittals from laser scan point cloud data during renovation and extension. A comprehensive contact data has the records of all construction projects. The BIM modeling drawings and models could be easily accessed through server directories. BIM consultants follow Cobie and its relation to BIM process for asset facility management.

Benefits of Point Cloud Laser Scan to BIM in Construction Life Cycle Stages:

 

 During the design-build phase, the as built model of the construction site and the surrounding buildings allow the designers to comprehend site conditions better, enabling improved design decisions regarding the construction facility.

Design Build Phase
 

At the time construction, point cloud laser scan to BIM helps to locate any discrepancies between as-built BIM model and as-designed BIM model. This is further compared to the tolerance values as per relevant building codes and guidelines. Different aspects are considered in the construction phase, including Virtual Installation, Construction Safety Management, and Digital Reproduction.
Construction Stage
Through accurate as-built BIM models, virtual installation and assemblies help scan to BIM to identify potential problems before actual installation. Clashes get resolved, resulting in significant time and cost savings.
Virtual Installation for Clash Resolution
Point cloud to BIM model improves construction safety management, identifying safety hazards, suggesting measures to ensure project safety.
Virtual Installation for Clash Resolution
Scan to BIM replaces several drawings, providing a comprehensive 3D model on a digital platform. The technique also provides the ability to visualize design and make necessary design modifications.
Digital Reproduction
Building facility operations and facility management stages also reap the benefits of scan to bim modeling. Point cloud Laser scanning enables better design documentation  and functionality. Complex geometrics along with the building texture constitute to be the most fundamental application of Scan to BIM. Further performance analysis of the building can be executed to improve building performance, energy consumption and structural reliability. 3D visualization capability helps to organize multiple functionalities, like facility operations and management, space management, renovation planning, emergency management and resource development.
Facility Operations

Benefits of SCAN to BIM Services

 

Efficiency

By incorporating 3D scanning into the BIM process, the risk of construction interruptions is minimized, and the design process can be sped up. Designers and other important participants will have direct collaborative access to the essential information and will be able to make decisions quickly and efficiently, owing to point cloud data obtained during a terrestrial 3D scan, rather than waiting on hand measurements or data from another team.

Accuracy

The demand for quality assurance and reliability is driving progress in the AEC business, with 3D scanning to BIM and Virtual Design and Construction (VDC) being two examples. The accuracy of the final BIM model is substantially improved when 3D laser scanners are used instead of traditional hand measurement methods, which benefits VDC greatly. The BIM model is built from the scan data with scan-to-BIM, resulting in improved accuracy and smarter judgments. Construction interferences and modification orders, which have a direct impact on your job profitability, are almost eliminated with such precision.

Versatility

Across all stages of construction, maintenance, and system integration in commercial buildings, plants, and manufacturing facilities, BIM enables for the sharing of a 3D database across relevant engineering and maintenance teams. The fields that teams will be able to input with essential data are modeled elements within the 3D Revit model. BIM’s collaborative nature makes it ideal for a variety of applications, including facilities management and maintenance. Laser Scanning can provide an as-built 3D Revit model geometry of building elements, allowing your team to see the big picture and plan for the present and future demands.

Cost-Efficiency

Because of the greater precision involved with Scan to BIM site planning, you may create a more appealing spending plan for your activities. You can strive not to go over your budget, and you’ll have fewer chances of encountering excessive mix-ups or unexpected charges. Laser examining also eliminates the need for manual reviewing, lowering the cost of hiring additional workers.

BIM should be used throughout the entire project lifecycle.

 

Digital Twinning

In future renovations the building will require fewer surveys if the BIM is kept up-to-date and within tolerance.

Knowledge Transfer

The BIM can be used to train new Facility Management personnel quickly.

Documentation

The building data is stored in the model and CDE such as drawings, specs, O&M manuals, warranties, schedules and schematics.

Collebration

The model provides a great baseline for teams to quickly assemble and design for future building improvements.

Quality Assueance

The client will be able to tie payments to the BIM model deliverables in the contracts to help ensure the model is built correctly and true to the site conditions.