TL;DR:
- Velo3D and PhysicsX form a strategic partnership.
- Velo3D customers gain access to AI-enabled physics simulation workflows from PhysicsX.
- AI simulation tooling accelerates simulation loops, improves fidelity, and explores complex design spaces.
- PhysicsX customers can leverage Velo3D’s advanced metal additive manufacturing capabilities.
- PhysicsX’s Simulation for Additive Manufacturing (SFAM™) optimizes designs for maximum performance.
- The integration of traditional engineering with machine learning enhances simulation accuracy.
- Engineers can extensively explore complex design spaces without simplified assumptions.
- Collaboration enables unparalleled performance gains without compromising reliability or builds quality.
- Velo3D’s Technical Partner Programme offers powerful technology and services to customers.
- The program complements Velo3D’s additive manufacturing solution, facilitating optimized part production.
Main AI News:
In a groundbreaking collaboration, Velo3D, a renowned metal additive manufacturing technology company specializing in critical parts, has announced a strategic partnership with PhysicsX. Through Velo3D’s Technical Partner Programme, this alliance grants Velo3D customers exclusive access to PhysicsX’s cutting-edge AI-enabled physics simulation workflows.
The integration of AI simulation tooling into engineering processes promises to revolutionize simulation loops, enhance simulation fidelity, and enable algorithmic exploration of intricate design spaces, unlocking unprecedented performance levels.
Moreover, this partnership extends PhysicsX customers the opportunity to leverage Velo3D’s state-of-the-art metal additive manufacturing capabilities, empowering them to swiftly create novel, highly optimized part designs. By combining PhysicsX’s AI-driven optimization techniques with Velo3D’s advanced manufacturing solutions, engineers gain the tools necessary to streamline design-to-production processes and achieve maximum performance across various sectors, ranging from aerospace and automotive to sustainability and renewables.
At the core of PhysicsX’s approach lies Simulation for Additive Manufacturing (SFAM™), a pivotal element that enables the attainment and production of previously unachievable parts and system performance. Leveraging multi-physics simulation and ultra-fast deep learning models, PhysicsX optimizes designs for superior efficiency and enhanced combustion, ultimately bolstering manufacturing yield.
By fusing traditional computer-aided engineering (CAE) with machine learning capabilities, PhysicsX replicates real-world physics, surpassing the limitations of conventional CAE simulators. This groundbreaking AI-powered technology allows engineers to conduct an extensive exploration of complex design spaces, free from oversimplified assumptions, while ensuring reliable manufacturability and top-notch quality.
According to Robin Tuluie, Founder and Co-CEO of PhysicsX, their technology has already made a profound impact in vital industries such as aerospace, automotive, sustainability, and renewables. Their solutions have contributed to emissions reduction in aircraft and road vehicles, championship victories in MotoGP, and enhanced performance in wind and hydro turbines. Tuluie expresses enthusiasm about the partnership, highlighting that PhysicsX and Velo3D together will enable customers to achieve unparalleled performance improvements in their products without compromising reliability or additive build quality.
With a diverse network of partners, including contract manufacturers, distributors, simulation providers, and academic institutions, Velo3D is dedicated to assisting customers in realizing their manufacturing goals while reducing costs and accelerating development. The Technical Partner Programme offers Velo3D customers access to a comprehensive suite of powerful technologies and services, seamlessly integrating with their additive manufacturing solution. This holistic approach ensures the production of optimized final parts that are ready for immediate use, revolutionizing the manufacturing landscape.
Conlcusion:
The strategic partnership between Velo3D and PhysicsX introduces a new era of possibilities in the market. By combining AI simulation tooling with advanced metal additive manufacturing capabilities, engineers are empowered to push the boundaries of design and performance. This collaboration opens doors for accelerated innovation, improved simulation accuracy, and optimized part production.
With the integration of cutting-edge technologies and streamlined processes, businesses in sectors such as aerospace, automotive, and renewables can expect enhanced product performance, reduced development timelines, and increased manufacturing efficiency. The market stands to benefit from this collaboration, as it paves the way for transformative advancements in engineering and manufacturing, ultimately driving growth and competitiveness in the industry.
