Fusion 360 alternative update#

Process planning, which refers to model, simulate and optimize the production process and associated resources to maximize efficiency of machines and people, minimize cost, ensure effective material flow, identify and correct bottlenecks, maximize quality, and ensure worker comfort and safety andģ. Facility planning that incorporates model, simulate and optimize physical space and assembly lines to manufacture new products, move or change existing lines and maximize existing space Ģ. “This convergence of the virtual and real worlds and the continuous cycle of information between the two achieves a closed-loop capability that enables optimization of virtually any scenario.”Īccording to Bradford, three key areas where a virtual twin is useful include:ġ.

Fusion 360 alternative update#

“At the same time, experience and data collected in the real world is used to update the virtual twin model and maintain it as a perfect twin that can be used to improve all aspects of real-world operations,” he says.

Modeling and simulation enable users to see what they want to accomplish through modeling, simulation and visualization, which can then be implemented and executed in the real world, says Bradford. Using robotics and AR/VR-driven automation technologies requires the right speed and data for accuracy, according to an expert at GridRaster. Bradford sees virtual technologies as being key to design for automotive manufacturing in the near and long term.

Mike Bradford is the strategic business development director for DELMIA at Dassault Systèmes. “The ongoing economic challenges, along with continued pressure from business investors for a strong focus on the bottom line, has added pressure to companies that need to become even more efficient with their factory operations and product development teams,” he says. The 2023 business climate for automotive manufacturers is a result of continued macro-economic challenges, as well as spinoff issues such as supply chain, labor and inflationary challenges that are forcing many automotive businesses and manufacturing executives to implement AR/VR virtualization, automation and robotics technologies for their production, distribution and fulfillment facilities, according to Dijam Panigrahi, co-founder of GridRaster. Such technology will be essential to meet demands of the economic landscape in tomorrow’s global automotive market. Future automotive factories will have more robust digital technologies than ever, and use augmented reality (AR), virtual reality (VR), digital twins and advanced 3D prototyping.