AgileForm Planary
AgileForm Planary is the sheet metal formability and die face design module integrated into the AutoCAD environment. Part of the AgileForm suite (formerly eta/DYNAFORM), Planary enables users to design binder surfaces, addendum geometry, draw beads, and blank shapes—all within Autodesk AutoCAD, then perform incremental forming simulation. Version v5.0.6 continues the software’s legacy of bridging CAD and forming simulation, eliminating file translation errors, and accelerating die development. It provides direct tools to create parametric binder and addendum surfaces, define draw bead geometries from industry‑standard libraries, estimate percent thinning, and predict splits before cutting steel.
???? Primary Users
This specialized sheet metal engineering software is designed for:
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Die & Tooling Engineers designing forming dies, draw beads, and addendum surfaces for automotive and industrial stampings.
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Sheet Metal Forming Engineers predicting formability risks (tearing, wrinkling, thinning) before die tryout.
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Stamping Process Planners optimizing blank shape, draw bead resistance, and binder wrap surfaces.
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Product & Tooling Designers in automotive tier-1 and tier-2 stamping operations.
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Metal Stamping Consultants troubleshooting die issues & reducing tryout iterations.

⚡ Key Features & Capabilities
???? Die Face Design (Within AutoCAD)
Binder Surface:
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Curve‑based, mesh‑based, or surfaces from existing tooling
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Binder wrap (punch / cavity) with springback compensation
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Parametric binder angle adjustment (real‑time)
Addendum Geometry:
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Wall, flange, punch entry, draw bar, relief
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Profile (straight, curved, segmented)
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Cross‑section control (height, angle, radius)
Draw Beads:
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Library: square, round, trapezoidal (user‑defined)
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Resistance (force per length) calculated per stamping industry benchmark (e.g., AISI, Steel E-Motive)
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Draw bead placement along addendum / binder line
Blank Shape:
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Inverse (one‑step) method and Manual trimming
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Blank nesting (coil / sheet optimization)
???? Formability Analysis (Integrated with AgileForm Solver)
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One-step (inverse) formability: thickness thinning, FLD (Forming Limit Diagram)
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Incremental simulation for multi‑stage forming (draw → trim → restrike → flanging)
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Output: major strain, minor strain, thinning (%), wrinkling, splits
???? Autodesk AutoCAD Integration
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Native 2027 compatibility (64‑bit, multi‑core)
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Palette: Planary ribbon tab for die face tools (parametric)
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Associative binder/addendum updates with AutoCAD design changes
???? Post-Processing
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FLD (Forming Limit Diagram): Forming Limit Curve (FLC)– user‑supplied or auto (MMFC, Keeler, simple)
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Thinning heatmap over die face / part
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Wrinkling (excessive compressive strain) and splitting risk indicators
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Section cut: thickness, strain profile
???? What’s New in Version v5.0.6
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AutoCAD 2027 Integration – Full support for latest AutoCAD 2027 (64‑bit), multi-core performance
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Enhanced Addendum Library – 30+ new cross‑sectional profiles (automotive, appliance, general stamping)
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Draw Bead Resistance Calculator – Updated with new AHMS (advanced high‑strength steel) material grades (DP800, DP1000, PHS)
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Inverse One-Stage Solver – 2× faster for immediate blank shape & thinning prediction
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Material Library Expansion – Additional steel grades (Usibor, Ductibor) and aluminum (5xxx, 6xxx)
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Parametric Binder Wrap – Real-time springback compensated surface (addendum + binder integrated)
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Batch Simulation – Queue multiple draw bead / binder angle cases for overnight computing
???? Primary Applications
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Automotive Die Design – Body panels, closures (hood, door, decklid, fender, roof)
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Appliance Manufacturing – Washer/dryer panels, range tops, dishwasher tubs
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General Stamping – Agricultural equipment, heavy truck, construction machinery parts
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Advanced High‑Strength Steel (AHSS) – Predict springback, cracking for DP, CP, PHS, Martensitic grades
???? System Requirements
Software Requirements
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Host: Autodesk AutoCAD 2027 (64-bit version)
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OS: Windows 10/11 (64-bit)








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