Fibersim. Design and manufacture of composite products

Fibersim is a comprehensive software solution for the design and manufacture of products from modern polymer composite materials (PCM), provides the transfer of layering data to all commonly used finite element analysis systems, and can also be controlled by various CAD systems (NX, CATIA, Creo).

The main modules included in the solution:

• Fibersim Pro, Fibersim Elite are modules integrated into the CAD system for developing and generating documentation of PCM products using manual and automated design techniques;
• Fibersim Laser Projection is a module that includes tools to support PCM production using hand lay-up method:
• Fibersim Flat Pattern Export allows engineers to automatically generate flat pattern data files for exporting from a CAD workstation directly to common commercial nesting systems;
• Fibersim Documentation is a solution for the automated creation of accurate 3D and 2D design and technological documentation when designing composite products.

Key features:

• Wide range of tools for creating layers (layer,-by-layer, zonal or structural design);
• Automated creation of layer geometry, definition of transitions with a sequence and form of escape, which are stored in the CAD model;
• Creating a variable displacement surface and solids (surfaces for checking digital layout for self-intersections, mating components and tooling);
• Verification and transfer of design requirements (automatic generation of technical documentation and/or Microsoft Excel spreadsheets);
• Automated creation of technological documentation for workshops;
• Automated creation of production data (reamers for cutting machines, files for laser projection systems) and transfer of this data to the next production steps;
• Automated product description and design changes.

Key benefits:

• Improving the quality of modeling and obtaining reliable product characteristics;
• Automation tools reduce errors and speed up the design process;
• Layer design environment optimizes design, reduces development and production cycle times, and reduces material waste;
• The solution's open architecture facilitates development of collaborative composite products.