St\u00e4ubli Robotics Suite 2016 Test With Sentinel HL Dongle Clone<\/p>\n
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PC Software Suite for robotics application development and maintenance.<\/p>\n
VAL 3 application editor in read-only mode:<\/p>\n
Visualize and print VAL 3 applications
\nOnline help for VAL 3 language<\/p>\n
Light version of 3D scene:<\/p>\n
Allows the visualization on the PC of the motion trajectories of the robot arms
\n3D visualization of all the robot arms (FAST picker, 4 axis SCARA or 6 axis)
\nMotion trajectories generated by emulated or real controllers<\/p>\n
Bidirectional file transfer between the development PC and the robots:<\/p>\n
VAL 3 applications and configuration files transfer in both directions
\nFull backups of the robot systems automatically organized to facilitate archiving<\/p>\n
User profiles management:<\/p>\n
Management of access rights to various system functionalities, such as working modes, programs, points\u2026
\nAccess is controlled via usernames and passwords
\nAllows to assign different access rights to the various possible users like operators, programmers, maintenance personnel…<\/p>\n
Free and automatic minor upgrades:<\/p>\n
St\u00e4ubli Robotics Suite verifies at each startup if minor upgrades are available for download<\/p>\n
Development studio License for St\u00e4ubli Robotics Suite<\/p>\n
This license grants access to all the functionalities required to perform realistic simulations involving one or more robots:<\/p>\n
High end VAL 3 program editor with advanced functionalities inspired from the latest computer languages editor (such as online debugging, auto-completion of code line, code snippets, on-the-fly syntax check)
\nCAD models importation capabilities (STEP, IGES, STL, VRML)
\n3D modeling based on simple primitives (cubes, spheres, cylinders)
\nDeep integration of the 3D scene with the programming environment
\nMulti-robot simulations allowing layout analysis and realistic cycle time measurements
\nCreation of end-of-arm tooling, parts, and additional loads based on 3D models
\nAutomatic calculation of load parameters (moments of inertia) to help select the best fitting robot as well as to fine tune the dynamic command laws (more realistic cycle time estimations)
\nThe 3D robots can be connected either to emulated or real controllers
\nHigh performance collision detection: highlighting of colliding elements, definition of safety clearance zones<\/p>\n
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