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TOOLPATH EXAMPLE · PART 02

Bearing housing · ORB-1043

Rev A · known sample geometry · shop assumptions are editable below

Bearing housing toolpath

ORB-1043 · Rev A · 80 × 80 × 35 mm · internal features

ORB-1043 · REV AThrough-bore + four mounting holes
Building toolpath preview
Finished part · tool center / tip paths
19m 18s / 19m 18s
Path complete
Helical entryClearing / drillingWall pass / tappingTravel / return

Machining assumptions

Haas VF-2 · Aluminum 6061-T6
720 mm/minMill feed · ramp at 35% · wall feed corrected for internal radius

Concentric clearing, then a 0.2 mm radial wall pass at each depth. Mill reach is an entered assumption; the tool library does not specify flute length.

Required tool: Ø6.8 mm drill. Its path is shown using the entered assumptions. Add or confirm this tool before releasing the job.

Calculated internal-feature motion19m 18s18m 22s at constant commanded feed
Central boreØ46.4 mm15 depth passes · through 35 mm
Mounting holes4 × Ø6.8 mmFull peck retract · 5 mm per peck

Calculated operations

Cutting and travel only. The quote’s existing operation times are unchanged.
Feature / toolCuttingTravel / returnTotal motion
Ø46.4 mm · helical entry, concentric clearing, 0.2 mm wall passØ10 carbide end mill · 3 flute16m 22s1m 27s17m 48s
Ø6.8 mm through · 5 mm pecks · 118° pointØ6.8 drill · required tool0m 11s0m 12s0m 22s
Ø6.8 mm through · 5 mm pecks · 118° pointØ6.8 drill · required tool0m 11s0m 12s0m 22s
Ø6.8 mm through · 5 mm pecks · 118° pointØ6.8 drill · required tool0m 11s0m 12s0m 22s
Ø6.8 mm through · 5 mm pecks · 118° pointØ6.8 drill · required tool0m 11s0m 12s0m 22s

Partial route for known sample geometry. The exterior is treated as prepared. Sawing, facing, outside profiling, edge chamfers, tool changes, loading, deburring and inspection still need their own operations. The bearing fit and tolerance are unspecified. This model uses exact path lengths and scalar acceleration with a stop at each logical move; it does not check chip evacuation, workholding or holder collisions. Validate in CAM before machining.