3d IMACHINING

1. 3D - iMachining

2. 3D iMachining full-depth step-down
3D iMachining full-depth step-down

3. 3D iMachining Intelligent step-up
3D iMachining intelligent step-up

4. 3D iMachining Smart Positioning
3D iMachining smart positioning

5. 3D iMachining Smart Positioning
3D iMachining smart positioning

6. 3D iMachining for Molds
3D iMachining for molds

7. 3D iMachining for complex 3D parts
3D iMachining for complex 3D parts

8. 3D iMachining for Prismatic Parts
3D iMachining for Prismatic parts

9. 3D iMachining Features
1. Scallop Size
2. Step-up machining
3. Tangent lead-in lead-out arcs
4. Tool Path Sorting
5. 3D Z-Level Linking
6. Rest Material Machining

10. 1.Scallop Size

11. 1.1 Cuts only where needed

12. 1.1 Cuts only where needed

13. 2.Step-up Machining
2.1 Takes full depths of step-down cut first
2.2 Machines in step-up only where scallop is too
large

14. 2.1 Takes full depths of step-down cut first

15. 2.1Takes full depths of cut first

16. 2.2 Machines in step-up only where scallop is too large

17. 3.Tangent Lead-In Lead-Out Arcs
3.1 Smooth motion allows faster machining
3.2 Increases tool and machine life

18. 3.1 Smooth motion allows faster machining

19. 4.Tool Path sorting
4.1 Reduced retracts
4.2 Reduces long position moves

20. 4.1 Reduces Retracts and Long Positions

21. 4.1Reduces Retracts and Long Positions

22. 5. 3D Z-Level Linking
5.1 Reduced retracts
5.2 Decreases non cutting motion

23. 5.1 Reduced retracts

24. 6.Rest Material
6.1 Cuts only where rest-material is
6.2 Sorting & Linking optimization

25. 6.1 Cuts only where rest material is

26. 6.1 Cuts only where material is

27. 6.2 Sorting & Linking optimization

28. 6.2 Sorting & Linking optimization

29. 3D iMachining Example