3D modeling has become an increasing important process for effective project planning, design, construction, and operation. Utilizing various software platforms, we create 3D models for existing documentation, BIM, infrastructure design & engineering, construction, facilities management and project presentation. We create models from laser scan and conventional survey data collection as well as 2D and 3D CAD files and even paper plans.
Documentation and modeling of all or portions of a building can be completed to assist in design of additions and renovations. Models can also be created for planning purposes to assess various design alternatives or for energy modeling.
Utilization of as-built and populated BIM FM (Facilities Management) models increases efficiency of management and maintenance over the life cycle of a modeled structure or facility, all of which results in reduced costs.
Renovating or retrofitting MEP/FP systems can be among the most challenging undertakings due to confined spaces, complex piping systems and undocumented additions. The creation of accurate as-built documentation is critical in planning and simplifying a complex procedure.
The creation of a 3D model eliminates the guesswork, reduces change orders and minimizes construction time resulting in substantial cost savings and successful projects with no surprises.
Structures such as bridges, dams, retaining walls, cellular towers, water tanks, framework as well as all types of buildings are modeled to assess structural integrity and capacity. The basis of the model may be used for repairs, additions, and upgrades.
Civil infrastructure models consist of not only roads and utilities for conflict resolution during construction, but also water treatment plants, sewerage treatment plants and large pump stations.
An accurate model of the extensive piping and components often found within a treatment plant is invaluable when designing and planning for upgrades, additions to capacity, and replacement of components in areas that are often tight on space
Refineries, chemical plants, natural gas production and petroleum storage facilities are a few of the process facilities worldwide that are heavy on piping infrastructure. Adjustments, replacements and additions to processing operations are often necessary. To accomplish these tasks, knowledge of valve locations and types is critical.
By creating accurate 3D models of this information from point clouds acquired through laser scanning, a complex maze of piping and valves can be reduced to a manageable 3D model. This gives the operator the information needed to run the facility safely and plan for the quickest and most economical way to implement plant improvements and additions.
Whether assembling cars, bottling soft drinks or manufacturing pharmaceuticals, assembly lines of various pieces of large equipment are frequently found in manufacturing facilities. These assembly lines are often retooled to produce new products. This requires precision planning to align new equipment within the building and infrastructure already in place. By producing an accurate 3D model of the existing core facility new process and assembly lines can be planned with ease.
Scanning and modeling of individual pieces of equipment can also be accomplished and brought into the model so that the entire new assembly line can be virtually constructed, tested and reviewed prior to retooling.
Site development for many larger projects is now being accomplished with GPS machine control. This process allows heavy equipment to adjust automatically in the field to make cuts and fills in accordance with design plans thereby reducing operator error, saving costs associated with survey layout, and reducing construction time. In order to accomplish this a 3D machine control model must be created of the initial site design.
We create these models from paper plans or computer files within AutoCAD Civil 3D or Carlson Survey software. Typically these models contain 3D surfaces of the final grades as well as utilities and infrastructure so that maximum use of the model can be achieved depending on the equipment used by the contractor.