Armcad 6 ★ Quick & Trending

ArmCAD 6, a reinforcement detailing software by , includes a suite of features designed to automate the creation of reinforcement drawings and schedules within AutoCAD or BricsCAD. radimpex.rs

The "produce" or generation capabilities of ArmCAD 6 focus on these key automated features: Automatic Reinforcement Specifications

: The software can instantly generate a precise reinforcement specification that details the geometry and quantity of every bar position used in a drawing. Reinforcement Recapitulation

: Along with the specification, it produces a summary of total reinforcement quantities. Optimized Cutting Plans

: For mesh reinforcement, ArmCAD 6 automatically generates an optimized cutting design to minimize waste from cut and unused parts. Fabrication & Reporting

: It produces various reports, such as a recapitulation of bars for each payment, a plan for cutting bars, and data on net embedded amounts and total weights. Dynamic Updating

: Any manual changes to reinforcement details in the CAD environment automatically trigger an update in all generated reports and specifications, ensuring accuracy. Flexible Drawing & Labeling

: Includes features for automated usage of limited length bars, covering in stages, and exactly fitting cut slices, alongside enhanced labeling styles and visibility filters. generate a cutting plan within the software? ArmCAD - BricsCAD Application Store | Bricsys armcad 6

ArmCAD 6 is a professional CAD software developed by Radimpex Software specifically for creating reinforcement drawings and bar schedules. It acts as a powerful plugin for AutoCAD and BricsCAD, automating the labor-intensive tasks associated with structural engineering and reinforcement detailing. Core Capabilities

ArmCAD 6 is designed to handle the full lifecycle of reinforcement detailing, from initial bar placement to final reporting:

Drawing Bars & Series: Tools for placing reinforcement bars in longitudinal layouts, cross-sections, and complex series.

Mesh Reinforcement: Specialized commands for drawing and managing mesh reinforcement structures.

Bar Labeling & Editing: Automated labeling systems that link directly to the bar properties, allowing for quick edits that update the entire project.

Automatic Reports: One-click generation of specification lists and bar schedules, significantly reducing the risk of manual calculation errors. Key New Features in Version 6

This version introduced several workflow improvements to enhance drawing clarity: ArmCAD 6, a reinforcement detailing software by ,

Enhanced Visibility: New types of end tags and the ability to mark end tags with item numbers.

Color Coding: Users can assign specific colors to selected reinforcement entities for easier visual identification.

Flexible Layouts: Introduction of "sparse layouts" for bar series in both longitudinal and cross-sections, allowing for cleaner presentation.

Backward Compatibility: Drawings created in version 6 can be saved in the older ArmCAD 2005 format for legacy project support. Practical Applications

Structural engineers use ArmCAD 6 for various concrete elements, including:

Columns & Beams: Detailing complex vertical and horizontal support structures.

Slabs: Managing large-scale reinforcement for floor systems using series of bars. Dynamic Libraries Armcad 6 utilizes a sophisticated library

Foundations: Detailing strip footings and other base structures. Technical Requirements

The software typically requires a compatible version of AutoCAD or BricsCAD to function as the host environment. Comprehensive guidance on setup and advanced tools can be found in the ArmCAD 6 User Manual.

Dynamic Libraries

Armcad 6 utilizes a sophisticated library system where users can define:

• Materials: Specific steel grades and their physical properties.
• Shapes: Standard bending shapes (mandrel diameters, hook angles) and custom, user-defined shapes.
• Product Groups: Grouping elements that automate the placement of common configurations (e.g., a beam cage consisting of top/bottom bars and stirrups).

When a user inserts a "product group," the software unpacks the individual bars into the drawing but maintains the group hierarchy. This allows for rapid modification—for example, increasing the stirrup spacing across an entire beam span can be done in a single dialog box rather than editing individual lines.

Workflow impact

• Faster iteration: incremental DRC/LVS reduces turnaround during layout tweaks.
• Higher fidelity early: closer PDK coupling means fewer late-stage surprises from process rule violations.
• Automation reduces repetitive manual layout steps via PCells and scripting — beneficial for characterizing IP and reuse.
• Integration with extraction and simulation shortens the loop from layout to circuit validation.

A. Specialized RC Libraries

The software comes pre-loaded with extensive libraries of reinforcement elements.

• Elements: It includes parametric objects for beams, columns, slabs, walls, stairs, and foundations.
• Meshes and Bars: It supports standard bars, meshes, and reinforcement cages. You can define steel grades, bar diameters, and spacing rules according to local standards (e.g., Eurocode, national annexes).

Philosophy of Use

ARMCAD 6 is not for architects seeking aesthetic purity. It is for designers who accept that all construction is contingent upon destruction. The software asks uncomfortable questions: “Where will the second round land?” “What if the welder in Mogadishu uses 2mm underfill?” “How long until the crew burns?”

Its interface is deliberately uninviting—a dark grey canvas, minimal chrome, no tutorial hamster. Learning ARMCAD 6 means unlearning Euclidean idealism. You stop asking “Can I make it?” and start asking “What happens when it fails?”

Recommendations for evaluation

1. Verify PDK support for your target process and confirm foundry compatibility.
2. Test incremental DRC/LVS on representative cells to measure cycle-time improvements.
3. Assess scripting/PCell workflows by porting a small IP block to see automation gains.
4. Check interoperability with your extraction/simulation tools (SPICE, netlists).
5. Consider licensing model and multiuser file-management needs.

5. Logistics-Informed Generative Topology

Most generative design minimizes mass. ARMCAD 6 minimizes logistic friction. Given a user-defined supply chain (distance to forge, available press tonnage, transport corridor width/height), the software generates armor morphologies that fit within existing maintenance depots, rail gauge limits, and helicopter lift capacities.

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.