3D CAD Generative AI Software Tools

Generative AI software tools are a new generation of 3D CAD software that uses artificial intelligence (AI) to help engineers design better products faster. These tools can automatically generate multiple design alternatives based on user-defined requirements, such as performance, manufacturability, and cost. This can help engineers to explore a broader range of design options and to identify the best design for their specific needs.

PTC CREO

PTC CREO is a 3D CAD software suite that offers several generative AI features, including:

Creo Generative Design Extension (GDX): GDX is a cloud-based generative design tool that automatically generates multiple design alternatives based on user-defined requirements. GDX can also optimize designs for different manufacturing processes, such as 3D printing and CNC machining.
Creo Topology Optimization Extension (TOOX): TOOX is a cloud-based topology optimization tool that can help engineers reduce their designs’ weight and material cost without sacrificing performance. TOOX uses AI to analyze the design loads and constraints and generate a lightweight design that meets all requirements.
Creo Simulation Live: Creo Simulation Live is a real-time simulation tool that allows engineers to simulate the performance of their designs as they are being created. This can help engineers to identify and fix potential problems early in the design process.

Here are some examples of how Creo’s generative AI tools have been used to improve product design:

BMW: BMW uses Creo’s generative design tools to design lightweight and aerodynamic car parts. For example, BMW used Creo to design a new front grille that was 60% lighter than the previous design while meeting all performance requirements.
GE Aviation: GE Aviation uses Creo’s topology optimization tools to design jet engine components that are lighter and stronger than traditional designs. This has helped GE Aviation improve its jet engines’ fuel efficiency and reduce their environmental impact.
Ford Motor Company: Ford Motor Company uses Creo’s AM design tools to design and manufacture 3D-printed automotive parts. For example, Ford used Creo to design and manufacture a 3D-printed fuel injector bracket that is 40% lighter than the previous design and that can be manufactured with minimal waste.

Overall, PTC Creo’s generative AI tools offer a number of benefits for engineers and manufacturers. By automating the design process and exploring a wider range of design options, generative AI can help engineers create better products in less time. If you are looking for ways to improve your product design process, PTC Creo’s generative AI tools are a great option to consider.

CATIA Dassault

CATIA is a 3D CAD software suite that offers many generative AI features, including:

CATIA Generative Design Engineering (GDE): GDE is a generative design tool that helps engineers create innovative and optimized designs. GDE uses AI to generate multiple design alternatives based on user-defined requirements, such as performance, manufacturability, and cost.
CATIA Shape Optimizer: CATIA Shape Optimizer is a topology optimization tool that helps engineers reduce their designs’ weight and material cost without sacrificing performance. CATIA Shape Optimizer uses AI to analyze the design loads and constraints and generate a lightweight design that meets all requirements.
CATIA Live Rendering: CATIA Live Rendering is a real-time rendering tool that allows engineers to see how their designs will look in different environments. This can help engineers make informed design decisions early in the design process.

NX from Siemens

Generative AI software tools are rapidly transforming how products are designed and manufactured. By automating the design process and exploring a wider range of design options, generative AI can help engineers create better products in less time.

Siemens NX is a leading 3D CAD software platform offering various generative AI tools. These tools can be used to automate tasks such as:

Topology optimization: Topology optimization is a process of finding the optimal distribution of material within a given design space to meet specific performance requirements. NX’s topology optimization tools use generative AI to explore a wide range of possible designs and identify the one that is most efficient and lightweight.
Generative design: Generative design is a process of automatically generating and evaluating design alternatives based on a set of constraints and requirements. NX’s generative design tools use generative AI to create many designs and evaluate them based on their performance, cost, and manufacturability.

NX’s generative AI tools can be used to improve the design process in a number of ways. For example, they can help engineers to:

Reduce design time: Generative AI can automate many time-consuming tasks involved in the design process, such as topology optimization and design exploration. This can free engineers to focus on more creative and strategic design aspects.
Improve product performance: Generative AI can help engineers create lighter, stronger, and more efficient products. This is because generative AI can explore a wider range of design options than humans and identify designs optimized for specific performance requirements.
Reduce manufacturing costs: Generative AI can help engineers to design products that are easier to manufacture. This is because generative AI can consider factors such as manufacturability and cost when generating design alternatives.

Here are some examples of how NX’s generative AI tools have been used to improve product design:

Red Bull Racing: Red Bull Racing uses NX’s generative design tools to design lightweight and aerodynamic race car components. For example, the team used NX to design a new front wing that was 15% lighter than the previous design while still meeting all performance requirements.
Siemens Gas and Power: Siemens Gas and Power uses NX’s topology optimization tools to design gas turbine blades that are lighter and stronger than traditional designs. This has helped the company improve its gas turbines’ efficiency and reduce their environmental impact.
Bosch: Bosch uses NX’s generative design tools to design electric vehicle components, such as battery packs and motors. Generative AI has helped Bosch to design components that are lighter, more efficient, and more cost-effective than traditional designs.

Overall, NX’s generative AI tools offer a number of benefits for engineers and manufacturers. By automating the design process and exploring a wider range of design options, generative AI can help engineers to create better products in less time. Siemens NX offers a variety of generative AI tools that can be used to improve the design process in a number of ways. If you are looking for ways to improve your product design process, NX’s generative AI tools are a great option to consider.

SOLIDWORKS (Dassault)

SOLIDWORKS is a 3D CAD software suite that offers a number of generative AI features, including:

SOLIDWORKS Generative Design: SOLIDWORKS Generative Design is a cloud-based generative design tool that automatically generates multiple design alternatives based on user-defined requirements. SOLIDWORKS Generative Design can also optimize designs for different manufacturing processes, such as 3D printing and CNC machining.
SOLIDWORKS Simulation: SOLIDWORKS Simulation is a simulation tool that allows engineers to simulate the performance of their designs before they are built. SOLIDWORKS Simulation can be used to analyze designs’ structural, thermal, and fluid dynamics performance.
SOLIDWORKS Visualize: SOLIDWORKS Visualize is a rendering tool that allows engineers to create high-quality images and videos of their designs. SOLIDWORKS Visualize can be used to create photorealistic images, animations, and virtual reality experiences.

CONCLUSION

3D CAD generative AI software tools offer a number of benefits, including:

Increased productivity: Generative AI software tools can help engineers design products faster by automatically generating multiple design alternatives.
Improved design quality: Generative AI software tools can help engineers find better design solutions by exploring a wider range of design options.
Reduced costs: Generative AI software tools can help engineers reduce the cost of their designs by optimizing them for different manufacturing processes and reducing the need for physical prototyping.
3D CAD generative AI software tools are a powerful new tool for engineers looking to design better products faster. These tools can help engineers explore a wider range of design options to identify the best design for their specific needs and to reduce the cost of their designs.