
Aerospace
AS9100D + ITAR | 320 case families
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The same insert or holder can carry different approval requirements depending on the end market. Kennametal frames the tooling program around the vertical first, then tunes the release packet.

AS9100D + ITAR | 320 case families
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IATF 16949 + PPAP | 480 release lines
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ISO 13485 support | 210 review packs
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DFARS + ITAR aware | 95 queues
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API-style documentation | 140 programs
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CE + UKCA workflows | 380 revisions
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UL-oriented builds | 520 cells
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ISO 12100 alignment | 90 cases
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An aerospace buyer needed boring bars and inserts tied to a multi-site ramp. Kennametal separated long-lead grades from standard replenishment, added FAI evidence to the release packet and defined an approved backup route so the second site could start without reopening every engineering approval.
For an automotive machining cell, the risk was not simply availability. The buyer needed every alternate to respect PPAP boundaries. Kennametal documented geometry, coating and holder limits so purchasing could respond to shortages without creating an uncontrolled quality event.
A medical device line used small tools where subtle geometry differences mattered. The program linked catalog numbers to revision notes and inspection records, giving quality teams enough visibility to approve replenishment without slowing the build schedule.
Kennametal will help identify which tooling families need alternates, which documents must follow each release and which replenishment signals deserve escalation.