Fundamentals

To use all of the control's functions, you must define the tools for the control using real data (e.g., the radius). This increase process reliability.

To add a tool to the machine and then be able to use it, follow the sequence below:

  • Clamp the tool in an appropriate tool holder.
  • To measure the tool dimensions, starting from the tool carrier preset, measure the tool (e.g., using a tool presetter). The control needs these dimensions for calculating the paths.
  • Tool carrier reference point

  • Further parameters are needed to completely define the tool. One place to find these parameters is the manufacturer’s tool catalog.
  • Tool parameters

  • Save all collected parameters of this tool in the tool management.
  • Tool management

  • As needed, assign a tool carrier to the tool in order to achieve realistic simulation and collision protection.
  • Tool carrier management

  • After finishing tool definition, program a tool call within an NC program.
  • Using TOOL CALL to call a tool

  • If your machine is equipped with a chaotic tool changer system and a double gripper, the tool change time may be shortened by pre-selecting the tool.
  • Tool pre-selection using TOOL DEF

  • If needed, perform a tool usage test before starting the program. This process checks if the tools are available in the machine and have sufficient remaining tool life.
  • Tool usage test

  • After machining a workpiece and measuring it, you may correct the tools.
  • Tool radius compensation