Kaba Ilco Corp
Kaba Ilco Corp P-X23MC Door Lock Cutter TiN Coated Tool Steel
Titanium-coated tool-steel cutter for key machines, compatible with 1GBB4 equipment
- TypeMechanical Push Button
- Titanium coating extends cutter life
- Tool-steel body resists wear in heavy use
- Designed for 1GBB4 key machines
- Mechanical push-button operation simplifies cutting
- Kaba Ilco engineering ensures reliable performance
Kaba Ilco TiN Coated Cutter
The Kaba Ilco P-X23MC is a titanium coated tool steel cutter designed for key machines. It serves locksmiths and maintenance professionals who need a durable replacement blade for producing mechanical push button lock keys.
Suits high-volume key cutting
This cutter suits workshops that operate compatible key machines and require a long-lasting TiN coated edge. It is not for buyers who need a cutter for different machine models or who work with lock types outside the specified mechanical push button range.
Titanium coated tool steel material
The single specification that decides fit is the titanium coated tool steel construction matched to the 1GBB4 machine reference. Only machines that accept this exact cutter geometry and coating will operate correctly with this part.
Highlights
- Titanium coating extends cutter life
- Tool-steel body resists wear in heavy use
- Designed for 1GBB4 key machines
- Mechanical push-button operation simplifies cutting
- Kaba Ilco engineering ensures reliable performance
Specifications
| Brand | Kaba Ilco |
|---|---|
| Type | Mechanical Push Button |
Questions about this item
How do I install the P-X23MC cutter in the 1GBB4 machine and what step is often missed?
Remove the retaining screw, slide the TiN coated tool steel cutter onto the spindle with the keyway aligned, then re-tighten the screw to the specified torque; the step most often missed is verifying the keyway orientation before final tightening.
What maintenance or replacement will the TiN coated tool steel cutter need over time?
The TiN coating reduces wear, but the cutter will eventually dull; plan to resharpen or replace it when key cuts show burrs or require excessive force, typically after several thousand cycles.
What limit appears first during sustained high-volume cutting with the P-X23MC?
Heat buildup in the tool steel body is the first limit; extended runs without cooling pauses can soften the substrate and degrade the TiN coating, reducing cutter life.
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