6D Mouse Controlled Industrial Robotic Milling For Workpieces
Study Topics
- Basic knowledge of industrial robots
- Robot control programming
- Introduction to Robot Simulation software.
- Introduction to Production Assisted Software
- Milling by Articulated Arm Robot
- Applications of SprutCAM in various industries.
- Use of 60 mouse to control viewpoint from Artificial Vision Interface (View).
- Importing 30 Model files. Work piece positioning
- Determine scale and work piece center point
- Lead in – Lead Out style configuration
- Creation of materials used when milling
- Create Operations parameters for rough milling
- Tool selection and setting for milling applications
- Controlling the milling speed and distance settings.
- Create Operations parameters for finishing milling
- Create Operations parameters for rough milling
- Tool selection and setting for milling applications
- Controlling the milling speed and distance settings.
- Create Operations parameters for finishing milling
SprutCAM Robot Software
Application Feature
A single environment for the offline programming (OLP) of industrial robots. An efficient robot machining solution for the rapid creation of complex collision- free 3D movements in native or more axes code.
- Milling (Stone/Wood / Foam / Resin)
- Deburring/Trimming • Grinding/Polishing
- Cutting (Plasma / Laser/Waterjet / Knife)
- Welding
- Painting / Spray Coating
- Dispensing
KUKA smartPAD
KUKA smartPAD – next generation The operation of robots reinvented
The more diverse the robots’ abilities become, the greater the
importance of intuitive user interfaces for their operation. The
KUKA smartPAD was designed to master even complex tasks
easily. It can be deployed universally for all payload categories and
is easy to handle thanks to its large touch display and ergonomic
design. Intelligent, interactive dialogs provide the user with those
operator control elements that are currently required. This makes
work faster, more efficient and smarter all-round
