3D simulator

Notwithstanding the precise algorithm for calculating the trajectory and very efficient 2D simulation package CutTools, before grinding compound instrument is recommended for its 3D simulation.

Software module CutTools - "3D simulation" to simulate the process of grinding, using only the control program for the machine. Thus there is a complete and accurate analysis of the control program and the creation of 3-dimensional model of the instrument. Processing takes full account of the geometry of the grinding wheel, the radius at the top and corners. Also take into account possible errors of the machine and setup.

With the module "3D Simulation" can simulate the work of grinding machine for administering the program on a PC. When modeling the movement and all calculations are performed in the same way as they are executed on the machine with the possibility of visual inspection of the control program. If necessary, you can edit.

Provided by the program in "stepping" mode (the program stops after working out a frame with any content, or after the frame containing the move). At the same time rendered all the nodes of the machine, grinding wheels and workpiece. You can stop the program at any place and see a model instrument, the position of nodes, etc.

3-D model of the instrument can be cut anywhere in the plane and see a section with the possibility of measurement. For the axial tool has a mode control form.

The module "3D simulation" can be used for operator training on the efficient operation of the machine, to explore the possibilities of the control program and achieve the most effective results without the risk of grinding wheels and mess up the workpiece.

The module "3D simulation" can be used to identify and correct possible errors in control programs.

The main advantages of the module "3D simulation":

  • Control of the control program without the risk of breakage of the machine, circles and bars.
  • The exact mathematical modeling to the construction of three-dimensional model of the instrument.
  • Ability to rotate, zoom, viewing at any angle obtained by the model.
  • Ability to build sections of the linear and angular measurements.
  • Measurement of the axial form of the resulting instrument and its measurement.