Compared to earlier iterations like ArmCAD 2005, version 6 introduces vital optimizations aimed at material savings and digital manufacturing compatibility. 1. Limited-Length Bar Management
Compatible with various versions of Autodesk AutoCAD.
One of its most powerful features is the ability to automatically generate bar schedules and summaries. As you draw or modify reinforcement in the plan, the ArmCAD 6 Manual highlights that the lists update in real-time, eliminating manual counting errors. armcad 6
Tasks that take days using standard CAD tools are completed in hours.
If a design requires a 3m wide turret ring but your client’s heavy equipment transporter maxes at 2.5m, ARMCAD 6 will propose a segmented ring with bolted splice plates—and recalculate the ballistic degradation at each joint weld. It turns manufacturing constraints into survivability features . Compared to earlier iterations like ArmCAD 2005, version
ArmCAD 6 is suitable for a wide range of structural elements, including slabs, beams, columns, and foundations. Its ability to create exact, optimized reinforcement schedules directly from the CAD drawing reduces errors and accelerates the design process.
Furthermore, this 3D data is exportable. Armcad 6 supports integration with larger BIM ecosystems (via IFC or direct plugins), allowing the reinforcement model to be imported into Navisworks or Revit for coordination with HVAC ducts and plumbing. This moves the software from a "drafting tool" to a "coordination tool." One of its most powerful features is the
is a high-performance software solution for detailing and creating reinforcement drawings, developed by Radimpex . It operates as an extension of AutoCAD or BricsCAD , making it a familiar tool for engineers who already work in those environments.
is a specialized Computer-Aided Design (CAD) software used primarily in civil engineering for the detailing, scheduling, and bar-bending of reinforced concrete structures. It is widely used in the Balkans and parts of Europe.