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Detailed introduction of software functions

Detailed introduction of software functions

  • Full Chinese screen, easy to learn, easy to understand, easy to use, is the most suitable machining industry software, operating software completely without back instructions.
  • You can draw the outline of the workpiece using AutoCAD thenimport the DXF and
  • IGS files to the system and convert to the CNC program.
  • Parametric machining information setup only requires three steps for CAM：1.choosing machining method 2.assign the machining parameters 3.calculate and convert to machining G code
  • Parametric information setup: once the drawing is updated, the machining codes will be automatically changed accordingly.
Detailed introduction of software functions

Processing feeding and cutting methods:

  • Surround processing, specific direction, and angle processing can be specified.
  • Cutting method: vertical cutting, oblique cutting, spiral cutting...
  • Feed mode: tangent feed, vertical feed, arc feed, path extension...
  • The cutting feed and general processing feed can be specified automatically and individually.
  • Each cutting point can be specified by yourself during bag processing.

Intelligent functions：

  • The machining method and the machining contour can be replicated or modified directly; there is no need to re-configure.
  • Automatic corner cleaning can clean up the corner residuals left by the prior tool used.
  • Based on pore size, automatic search borehole drilling position, do not have to click on each hole designated.
  • Fonts can automatically contour cutting periphery without editing slowly.
  • Support single stroke font Lettering.
  • Machining path optimization, The shortest distances between each machining paths are calculated automatically. Also, option for not raising the blade in between the machining paths can be set to shorten the machining time and reach the maximum machining efficiency.

Extended functions:

  • C-axis function: projection processing, indexing processing, rotary processing (C-axis synchronous processing)
  • The C-axis function is simple and convenient: after the 2D machining method is completed, just add a C-axis programming to transfer to the C-axis machining program.

Three dimensional machining functions：

  • 3D machining method can be accomplished without the need to draw the 3D surfaces.
  • 1.Traction surface machining：capable of machining curved tubings and simple three
  • dimensional shapes.
  • 2.Regular surface machining：regular slanted surfaces, quadrangular conical surfaces, and
  • conical surfaces.
  • 3.Rotational surface machining：spherical surfaces and Gourd shape.
  • 4.Z axis projection machining：capable of machining on the projection of planes with
  • different heights.

Advantages of 3D surface milling method

  • SGCAM provides powerful and precise 3D surface milling functions, and can quickly and stably manufacture simple and complex workpieces.
  • Rough machining and finishing machining methods ensure efficient 3D surface machining. The calculated toolpath will optimize the manufacturing time.
  • Processing methods include: line segment translation processing, 2-line interval, closed contour, radial processing and other processing methods.
3D surface processing-two-line interval

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