PTC Creo Parametric
// PTC Creo Parametric
Creo Parametric: 3D CAD that is increasingly faster. Increasingly more powerful.
Creo Parametric is 3D CAD software that lets you make higher quality products more quickly.
An easy-to-learn solution, Creo lets you move smoothly from the initial stages of 3D design and drawing to manufacturing and beyond. Powerful and reliable functionality can be combined with new technologies such as generative design, augmented reality, real-time simulation, 3D printing and IoT. PTC Creo makes it possible to speed up iterations, reduce costs and improve product quality. The product development environment is evolving quickly, and only Creo can offer the innovative tools you need to get a competitive edge and gain market shares.
Primary functionality of Creo Parametric:
• 3D part and assembly design
• Automatic generation of 2D drawings
• Parametric and freestyle surface generation
• Assembly performance and management
• Sheet metal design
• Mechanism design
• Plastic part design
• Direct modelling (flexible modelling)
• Additive manufacturing
• Augmented reality
• Multi-CAD collaboration
• Piping and cabling
• Rendering
• Design exploration
• Fastener design
• Advanced structural design
• Legacy data migration
• Human mannequin model library
• Advanced simulation functionality
• Automatic generation of 2D drawings
• Parametric and freestyle surface generation
• Assembly performance and management
• Sheet metal design
• Mechanism design
• Plastic part design
• Direct modelling (flexible modelling)
• Additive manufacturing
• Augmented reality
• Multi-CAD collaboration
• Piping and cabling
• Rendering
• Design exploration
• Fastener design
• Advanced structural design
• Legacy data migration
• Human mannequin model library
• Advanced simulation functionality
// CREO PARAMETRIC
All functionalities
3D part and assembly design
Parametric and freestyle surface generation
Augmented reality
2D design
Model-Based Definition
Design Exploration
Design exploration Mechanism design
Fastener design
Human factor design
Distributed system design
Intelligent and connected design
Conceptual design
Plastic part design
Industrial design
Reverse engineering
Multi-CAD
Rendering and 3D animation
Assembly performance and management
Advanced simulation functionality
Analysis
Structural analysis
Thermal analysis
Modal analysis
Movement analysis
Mould filling analysis
Stress analysis
Distance and creepage analysis
Computational fluid dynamics
Manufacturing
Additive manufacturing
Mould and tool design
Manufacturing processing
Other
Product data management
Technical illustrations
Performance Advisor
Generative design
Simulation with Creo Parametric: Creo Ansys Simulation
For real-time feedback during 3D design and modelling, choose: Creo Ansys Simulation with Ansys technology. Just set some simple conditions and the software will take case of the rest, presenting results in real time as changes are made or functions created. As well as speed and convenience, it also offers a design guide naturally integrated into your workflow.
3D printing with Creo Parametric: Creo Additive Manufacturing
This 3D CAD programme lets you design, optimise, validate, and verify by printing in a single environment, reducing overall process time, as well as the number of repetitive activities and errors. Then simply send the file to the 3D printer. Additive manufacturing design can be performed using polymers and metals, connecting directly to the relevant printer and benefiting from the optimised profile and support structures offered by the same. No need to move from one software package to another, no inconvenience.
Generative design with Creo Parametric: Creo GDX and GTO
Let generative design help you unlock the benefits of digital transformation. Being able to quickly explore innovative projects brings you closer to achieving the goal of cutting costs and improving quality and time-to-market. A quicker exploration allows for a more in-depth examination of various combinations of materials and production processes, revealing solutions that you may never have considered.
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