Reach the cavity floor without losing access to the divider
The deep body and perforated divider create several machining and mounting levels. Tool reach, probe access and chip removal are connected decisions: an accessible outside shape can still conceal difficult internal edges.
Internal mounting levels
Divider-hole exits
Cover plane and cavity clearance
02 · MACHINING CHALLENGES
Where geometry shapes the machining approach
01
Tool reach inside the cavity
CHALLENGE
Long tool reach increases sensitivity to tool deflection and chip recutting.
PROCESS CONTROL
Split roughing and finishing by reach and preserve sufficient clearance for chip removal.
02
Divider-hole access
CHALLENGE
A completed wall may obstruct the tool or the deburring path.
PROCESS CONTROL
Sequence divider features before access is restricted and review the actual tool envelope.
03 · MANUFACTURING APPROACH
From locating datums to finished interfaces
01
Plan the internal access routes
Review the section geometry and the approach paths for cutters, probes and deburring tools before dividing operations.
02
Match tool reach to each level
Use the shortest practical tool assembly at each depth, clear chips between levels and schedule divider features while access remains available.
03
Finish and inspect the internal interfaces
Finish the mounting levels and cover interface from the enclosure datums, including inspection of hole exits and hidden cavity edges.
04 · INSPECTION FOCUS
Check the features that govern assembly
01
Internal mounting levels
Inspection method
Use an accessible probe configuration to check mounting levels and divider positions from the enclosure datums.
Functional purpose
Keep separate mounting levels in one datum system.
02
Divider-hole exits
Inspection method
Inspect both reachable sides of the openings and plan a suitable viewing method for concealed edges.
Functional purpose
Avoid loose burrs and obstructed passages.
03
Cover plane and cavity clearance
Inspection method
Check the specified cover interface and internal envelope against the assembly requirements.
Functional purpose
Preserve the required space for internal components.
