DataM COPRA RF 2025 – Feature Overview 

COPRA RF 2025 is the latest generation of the world’s leading roll forming design and simulation software, developed by data M Sheet Metal Solutions GmbH. This major 2025 release delivers a fully integrated digital workflow—from profile design and flower pattern generation to tool manufacturing and advanced simulation—enabling engineers to optimize roll forming processes with unprecedented speed, accuracy, and flexibility.


Core Functionalities

Module Key Functions
Profile Design (Sections) – Parametric 2D/3D cross-section creation – Advanced contour editing with real-time geometric feedback – Integrated punch hole, notch, and embossing design – Support for open, closed, and hybrid profiles
Flower Pattern (Unfolding) – Automatic generation of forming sequences – Real-time Dynamic Deformation Tracking Module (DTM) – Instant visualization of strain distribution during design changes – Manual or AI-assisted pass optimization
Roll Tool Design – 3D roll modeling with automatic groove generation – Assembly management and interference checking – Export of manufacturing-ready data (DXF, STEP, IGES) – Part lists and bill of materials (BOM) generation
Simulation & Validation FTM (Formänderungstechnologie-Modul): Fast longitudinal strain analysis – Pre-FEA feasibility check without full simulation – Prediction of springback, edge wave, and bowing – Multi-stage line simulation with calibration and cutoff
Material Library – Comprehensive database for steels, aluminum, coated sheets, and composites – Support for hybrid materials (metal-plastic, fiber-reinforced) – Temperature-dependent behavior modeling

What’s New in COPRA RF 2025

Feature Benefit
Dynamic DTM Real-time strain updates as you modify the flower pattern—no re-calculation delays
BricsCAD Native Support Full compatibility with BricsCAD (alternative to AutoCAD) for cost-effective CAD integration
AutoCAD & Inventor 2025 Ready Seamless data exchange with latest Autodesk platforms
SOLIDWORKS Bidirectional Interface Automatic conversion of COPRA models into intelligent 3D assemblies with parametric links
Enhanced FTM Module Faster strain analysis; ideal for rapid prototyping and design validation
ProfileScan Integration High-precision scanning (up to 200 mm width) for reverse engineering and quality control
Improved Post-Forming Simulation Accurate modeling of calibration presses, flying cutoffs, and welding units

CAD & System Integration

  • AutoCAD 2025 / AutoCAD Mechanical 2025
  • Autodesk Inventor 2025
  • BricsCAD V24+
  • SOLIDWORKS 2025 (via intelligent feature transfer)
  • COPRA FEA RF 2024.2 (elastoplastic finite element analysis)

Workflow Efficiency

  • Project Database: Centralized storage of profiles, tools, and simulation results
  • Variant Management: Compare multiple design alternatives side-by-side
  • Automation Tools: Scriptable workflows for batch processing
  • Reporting: Customizable PDF/Excel reports with diagrams and 3D views
DataM Copra RF 2025
DataM Copra RF 2025