PISA, Italy, Mar 23, 2015 – The forthcoming new release 7 of Eureka Virtual Machining, from Roboris, will be on display for the first time at MECSPE , a reference exhibition for the manufacturing industry in Parma (Italy), from March 26 to 28 (Hall 6, Booth H26).
To be shipped to customers in late April, Eureka 7 includes many enhancements:
Performance
The code has been completely overhauled for a dramatic performance improvement: up to twice as fast for the 64 bit version. In particular, the new “Turbo” mode makes the material removal simulation up to 5 times faster.
Kinematics
- Possibility to pick specific manually controlled axes, from PLC or NC.
- New kinematics editing functionalities (example: interactive node positioning).
- More information in the kinematics tree: current chain, spindles, tools, logical/physical axes.
Robot
- Now supported: Universal Robots UR5 and UR10, Kuka CamRob, Kuka CNC and Kuka-Siemens.
- Toolpath mirroring directly from the APT editor.
- New powerful tools for capturing a toolpath on a mesh: offset, rotations, tool radius compensation, approach, retract.
- New SEQUENCE command.
CNC
- Osai UPR for UVW axes now supported.
- New window for CN status and simulation statistics.
- Heidenhain probing cycles now supported.
Tools
- New parametric tools categories.
- New tool search and filter functions.
- Material removal by concave tools.
- STL inserts for lathe tools.
Miscellaneous
- Better integration with EurekaMobile and EurekaCloud.
- The Floating License manager can now be installed on virtual machines.
- New languages: Czech, Chinese.
“Our developments are driven by our customers,” says Mirko Sgarbi, Roboris co-founder. “I am confident that our users will be pleased to find in Eureka 7 what thay have been asking for to increase their productivity.”
About Roboris Srl
Headquartered near Pisa (Italy), Roboris is a provider of innovative machine tool and robot simulation software. Its flagship product, Eureka, provides a full yet easy to use Virtual Machining environment, offering 3D simulation of any ISO program on even the most complex machine, including multi-spindle and synchronized/multiflow systems.
For more information, please visit www.roboris.com.
