Home » Training Courses » Working with the 4th Axis - A Video Tutorial
Video courses
CNC 3D Models
Laser Cut Files
Vector layouts

Working with the 4th Axis - A Video Tutorial

в корзину

Корзина покупок
 
Working with the 4th Axis - A Video Tutorial
Working with the 4th Axis - A Video Tutorial
Views: 4755 Availability: In Stock
Download
  • Best Price Guarantee;
  • Best Quality Guarantee;
  • Instant model delivery after payment.
    • Add to Wish List Add to Compare

    Working with the 4th Axis - A Video Tutorial


    Course program:

    Lesson #1 — PowerMill program capabilities, basic elements for creating projects for CNC:

    1. General information about PowerMill;
    2. Studying the PowerMill interface;
    3. PowerMill project objects and their context menu;
    4. Auxiliary elements (dockers) of the PowerMill project.
    5. Assigning a blank;
    6. Setting the speed and feed;
    7. Setting auxiliary safe heights and displacements;
    8. Setting the starting point UP;
    9. Lead-ins and transitions between working strokes;
    10. Tail collision check;
    11. Panel for calculating trajectories, processing strategy;
    12. Project visualization tool.

     

    Lesson #2 — Programming a Part for the 4th Axis and Writing NC Programs for CNC.

    1. Loading the model into PowerMill;
    2. Orienting and scaling the model in PowerMill;
    3. Visualizing and analyzing the model in the program;
    4. Analysis and study of dimensions and volumes of the allowance of the part;
    5. Purpose of the milling tool;
    6. Checking and creating a coordinate system for PowerMill;
    7. Assigning and adjusting a workpiece for a model;
    8. Creating toolpaths for selected tools;
    9. Creating NC files for the 4th axis postprocessor;
    10. Writing finished NC programs in G-codes for a CNC machine.

     

    Lesson #3 — Programming and Writing NC Programs for the 4th Axis in ArtCAM.

    1. Loading a model into ArtCAM;
    2. Unfolding a model on the program plane;
    3. Checking the model rotation for creating NC programs;
    4. Saving and loading the rotated model for processing;
    5. Selecting a workpiece and choosing cutters for creating NC;
    6. Writing NC for the 4th axis of the prepared model;
    7. Storing NC in G-codes for the corresponding processor.

     

    Lesson No. 4

    1. Loading the model into Vectric Aspire;
    2. Unfolding the model on the program plane;
    3. Checking Rotate the model to create the NC program;
    4. Save and load the rotated model for processing;
    5. Select the workpiece and choose the cutters to create the NC program;
    6. Writing NC programs for the 4th axis of a prepared model;
    7. Storing NC programs in G-codes for the corresponding processor.

     

    Lesson #5 — Creating a Control Program for a Full-Fledged 4th Axis.