AutoForm Forming R11 breaks new ground with its newly developed , which enables the detailed calculation of temperature effects in cold forming. This new capability allows engineers to gain deeper insights into how a part and tool heat up and how this rise in temperature affects the production process. For the first time, users can better predict part feasibility and ensure process robustness by accounting for thermal realities.

Engineers can stitch together multiple sequential manufacturing steps within a single project workspace. For complex automotive geometries like hoods or U-channels, AutoForm R11 can seamlessly string together:

As the industry faces increased pressure for faster time-to-market and lower carbon footprints, AutoForm R11 offers a definitive edge:

Compalaces physical tool deflection via elastic calculation algorithms. Designers use these values directly for milling data to avoid press downtime.

By enabling precise "virtual trials," companies can save millions in physical tool modifications.

for line joining processes. It explains how the software simulates thermal effects during welding to predict geometrical deviations. AutoForm-Forming R11 Press Release/Technical Highlights : Official documentation from AutoForm Engineering GmbH

Improved simulation accuracy translates directly into higher-quality finished parts with fewer defects.

┌──────────────────────────────────────┐ │ AutoForm R11 Suite │ └──────────────────┬───────────────────┘ │ ┌──────────────────────────┴──────────────────────────┐ ▼ ▼ ┌─────────────────────────────────┐ ┌─────────────────────────────────┐ │ AutoForm Forming R11 │ │ AutoForm Assembly R11 │ ├─────────────────────────────────┤ ├─────────────────────────────────┤ │ • Smart Ramp-Up (Cold Thermal) │ │ • Thermal Laser Line Welding │ │ • Multiple Blanks & Parts │ │ • BiW Geometry Deviations │ │ • Elastic Tool Over-Crowning │ │ • Virtual Shimming & Clamping │ │ • High-Quality CAD Die Surfaces │ │ • Digital Process Twin Assembly │ └─────────────────────────────────┘ └─────────────────────────────────┘ 1. AutoForm Forming R11

To combat tool deflection—a common cause of rejects and press downtime—R11 includes elastic tool deflection calculations. This allows for "over-crowning" (compensating the tool surface) directly within the software, providing accurate data for milling and significantly reducing physical tryout loops. Virtual Optimization for BiW Assembly

: R11 enables simulation of processes with multiple parts, considering both part separation and multiple blank cases. Users can analyze how parts influence each other in the same press, optimize their positioning, and adjust cushion forces to improve forming behavior, marking a step forward from single-part simulation to a more holistic system-level approach.

: This study explores optimizing automotive hood manufacturing. It used AutoForm R11

The you are simulating (e.g., progressive die, deep-drawn body panels)?

The technology serves as a digital twin for diverse metal forming setups, ranging from traditional automotive body-in-white (BiW) components to cutting-edge manufacturing processes. Automotive Hood and Body Stamping

AutoForm R11 is a version release of AutoForm engineering software, used primarily for sheet metal forming simulation, die face design, process optimization, and virtual tryout in the automotive and metal-stamping industries. It integrates forming simulation, trimming and springback prediction, and tools for tool-makers and process engineers to reduce trial-and-error in physical tooling.

: R11 allows for the mapping of simulation results (like stresses and thickness distribution) onto scanned geometries from real production. This creates a more accurate starting point for assembly simulations than using idealized CAD data alone. Streamlining Complex Modeling

For many automotive OEMs and suppliers, AutoForm R11 remains a cornerstone of Industry 4.0 initiatives, enabling a fully digitalized process chain from early feasibility to final production support.