Munich, September 26, 2018 — SimScale, the provider of the world’s first production-ready SaaS application for engineering simulation (CAE), announced today the release of their new workbench.
The new and improved SimScale Workbench 2.0 was built entirely from scratch on the latest, state-of-the-art technology stack, with the goal of drastically improving user productivity by decreasing loading time and increasing interaction speed.
With this update, the SimScale web-based CAE platform is now as fast and interactive as a desktop application, while taking advantage of the unlimited computing power of the cloud. Furthermore, the new solution stack sets the stage for major new updates and features that are already in development and will be released in the coming months.
Right from the start I love it! Well done. This is a really nice improvement,
said Ben Lewis, President at Custom Machines and SimScale customer.
SimScale was built to bring simulation technology to every designer and engineer in the world. With the release of the new workbench, we take a big leap towards making CAE as easy as it needs to be to emerge from the expert’s toolbox into a web-based platform everybody can benefit from. Some exciting automation features are yet to come, so keep an eye on us,
said Alexander Fischer, VP Product and co-founder of SimScale.
In addition, the latest release from SimScale introduces some fundamental changes to the overall user experience, making the SimScale Workbench 2.0 the most advanced, yet user-friendly simulation interface version ever created by the cloud simulation company.
Compared to the old workbench, with the new version the viewer takes up significantly more screen real estate, becoming the heart of the interface. To improve the overall user experience, the settings panels now ‘float’ on top of the viewer, reserving as much space as possible for visualization. Together with a new model color scheme—which preserves the original CAD coloring if possible—and a translucent render mode, interaction with the model has been made significantly more efficient.