AutoForm Plus

AutoForm provides advanced software solutions for sheet metal forming and shaping in various industries, especially in automotive manufacturing.

 

AutoForm is developed by one of the leading companies in providing practical software solutions for sheet metalworking and metal parts, including the production of automotive accessories.

The powerful features offered by this suite in the form of software modules, either independently or in combination with CATIA or NX, assist engineers across the entire industrial process chain of sheet metal processing (product design, mapping, forming, production, etc.).

Using these AutoForm software modules increases reliability in planning, reduces the time and number of test molds, and, as a result, makes the design of parts and industrial tools more quality-oriented and effective for production.

According to experts who have practically used these software modules, AutoForm forms a complete and integrated system with specialized functions for analysis, examination, and optimization of all phases of the sheet metal forming process.

AutoForm Plus

This software suite is for industrial product designers, metal forming engineers, industrial design implementation specialists, manufacturing engineers, and supervisors involved in sheet metal processes.

Features and capabilities of AutoForm software:

 

• • Modeling of dies, ability to define die height, die radius, grooves, etc.

• • Provides a wide range of parameters for customization.

• • Combines the hemming process with a user-friendly interface.

• • Suitable design environment.

• • Simulation of various stages of metal forming.

• • Optimal cutting line design.

• • Analysis and optimization of part structures.

• • Optimization of the part production chain through predefined phases.

• • Provides flexible and automated workflows as well as the ability to create custom workflows.

• • Rapid generation and evaluation of alternative designs.

• • Increases planning reliability to achieve desired quality at the desired cost.

• • Provides extensive parameters for customization.

• • Simulation of various stages of metal forming.

• • Feasibility and evaluation of projects.

• • Optimization of the part production chain through predefined phases.

• • Definition of 3D and visualization of the engineering input process.

• • Evaluation of design objectives.

• • Examination of undesired deformations.

• • Minimization of material usage.

• • Rapid modification of design geometries.

• • Quick forecasting during the design process.