Simulation and Analysis Software - CAE
CAE is a term that stands for Computer-Aided Engineering.
CAE involves using software to analyze the strength and performance of design components and assemblies. The term encompasses simulation, validation, and optimization of products and manufacturing tools.
Why need to use CAE?
Reasons to Use CAE in Engineering Design
Reduced Development Costs
CAE allows simulation of multiple scenarios on a computer instead of building numerous physical prototypes. This helps businesses reduce material waste, labor, and R&D costs.
Shortened Development Cycle
Engineers can quickly test and optimize designs directly on the computer. This accelerates product launch, enhancing market competitiveness.
Improved Accuracy and Reliability
CAE predicts product behavior under various extreme conditions such as pressure, vibration, and temperature. This ensures stable and durable performance throughout the product’s lifecycle.
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Drive Innovation
A safe simulation environment allows engineers to test bold ideas. This enables businesses to create distinctive and breakthrough products compared to competitors.
Flexibility and Technology Integration
CAE easily integrates with CAD/PLM tools and digital manufacturing systems. This helps optimize the design process, enhancing flexibility and rapid adaptability.
Reduced Design Risks
CAE helps identify potential design weaknesses early, before production, reducing the risk of errors, accidents, or failures later on.
Data-Driven Decision Support
CAE analysis provides accurate data on product performance and behavior, enabling engineering, R&D, and management teams to make fast and informed decisions.
NSV’s CAE Solutions
Building on over 20 years of experience in engineering simulation consulting and implementation, NSV offers CAE solutions that help businesses analyze, evaluate, and optimize designs before production. With advanced simulation technology, NSV reduces physical testing costs, improves product durability and performance, and shortens time-to-market.
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