3D Modeling
ProConcrete provides an innovative 3D modeling environment for modeling, detailing and scheduling reinforced insitu/precast and post-tensioned concrete structures. The intuitive and integrated multi-material modeler is suited to layout complex structures, produce design drawings, detail pre-cast drawings and bar bending schedules with the click of a mouse. You can also assemble bar bending layouts and manage the bill of materials. |
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Comprehensive Software
From initial planning and design to assembly, ProConcrete is comprehensive software built by engineers experienced with concrete design. Many years of experience in the field of AutoCAD development and close contact with users has contributed to ProConcrete becoming an internationally recognized and important application for 3D concrete design and re-bar scheduling. |
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Compatibility
ProConcrete is compatible with AutoCAD and available soon on the MicroStation platform, with total integration and intelligence able to be ported between the two. |
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Automatic Documentation
Automatically create design documentation to produce plan layouts, sectional views and elevations. Whenever the model is updated, the drawings are able to be automatically updated. The reinforcing schedules and the bill of materials are easy to extract from the 3D model, reducing the time to produce documentation by up to 50 percent when compared to current methods used. |
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Integration
ProConcrete allows integration with other disciplines – arch, steel, plant and process, HVAC and services within one environment. |
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Tables and Standards
ProConcrete is database driven and offers easy-to-edit tables using Microsoft Excel or Access. ProConcrete is standards based; bar bending, laps, development length, and other values are based on regional codes. |
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Variety
Easily create a variety of structures such as commercial, residential, and industrial buildings, stadiums, civil works, retaining walls, culverts, and bridges. |
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Fully 3D Parametric
ProConcrete is fully 3D parametric, offering standard profiles, user-defined profiles, multiple cages in elements, multiple hinge zones for beams. and styles driven by user templates. |
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