UG-4-axis Programming Content Overview
The 3+1-axis includes both indexing head programming and bridgeboard programming.
2. The 4-axis linkage includes vertical A-axis programming and horizontal B-axis programming.
3. Post-processing for shafts A and B.
4. Characteristics and establishment methods of a 4-axis coordinate system, common setup methods for the plane of safety setting options.
5. Selection of 4-axis programmed geometries: options for parts, selected and non-selected cutting areas, and combination associations.
6. Technique for programming the machining of all hole positions around a circle.
7. Features of ball-end mills and flat-end mills, and how to optimize the performance of the cutting contact points.
8. Detailed Driving Methods: Curve/Point Driving, Surface Driving, Streamline Driving, Boundary Driving, Contour Milling
9. Detailed Explanation 1 of Projection Vectors: Implicit meaning of the cutting axis, point of departure, point of approach, line of departure, line of approach.
10. Projection Vector Detail 2: Perpendicular to Drive, toward Drive, Selected Vector
11. Detailed Explanation of Knife Shaft: Away Point, Toward Point, Away Line, Toward Line
12. Spindle Details 2: Perpendicular to the drive body, relative to the drive body; perpendicular to the component, relative to the component.
13. Spindle Detail 3: 4-axis perpendicular to the drive body - relative to the drive body; 4-axis perpendicular to the component - relative to the component.
14. Spindle Details 4: Side Blade Drive, Compensation Vectors
15.4 Roughing Axis: A combination of toolpath turning and curve point-driven.
16. Continuous variation of the non-standard helical groove shaft - interpolation vector
17. Cutting Parameters: Side multi-tool paths and multi-depth settings for roughing operations.
18. Non-cutting Movements: Common settings for approach and retract knife positioning in multi-axis programming, as well as safety height settings.
19.4 Programming Examples and Analysis for Common Typical Parts on 19.4 Axes
