KP-60A Front Housing KP6002
The KP6002 is an OEM-grade replacement front housing (also called “front nose shell”) designed for the KUPA Manipro KP-60A nail-drill handpiece. This component forms the structural front section of the handpiece, encompassing the spindle, collet interface, bearings and front sealing zone. When the original housing is worn, scratched, dented, or internally deformed, the alignment and stability of the bit, spindle and bearings can degrade—resulting in vibration, wobble or reduced precision. Replacing the housing with the correct part restores the tool’s structural integrity and alignment.
Features
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Material & construction: Made of aluminium / metal suitable for high-speed tool use.
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Dimensions: Outside diameter approx. 17 mm (0.67″); length approx. 35.97 mm (1.42″) according to parts listing.
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Restores alignment & performance: A new housing ensures the spindle, bearings and collet assemble correctly and run true with minimal wobble.
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Improves tool lifespan: By replacing the shell when damaged, you prevent further internal wear (on bearings, spindle) that might be caused by mis-alignment.
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Professional look & feel: Maintaining a good housing keeps the handpiece looking and performing like the original unit.
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Cost-effective repair: Rather than replacing the entire handpiece, swapping the housing is a more economical way to restore function.
Installation Tips
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Confirm the version of your handpiece (KP-60A) and check whether KP6002 is the correct housing part for that revision.
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Inspect the existing housing and mounting surfaces for damage (dents, thread wear, alignment issues); installing a new housing on a heavily damaged internal frame may not fully restore performance.
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Unplug and make sure the handpiece is fully stopped before disassembling.
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Remove the front collet/chuck assembly and unscrew the front housing as per manufacturer service instructions.
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Clean out any metal shavings, debris or old lubricant from the front assembly and bearing seats.
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Install the new KP6002 housing, ensuring proper seating of the bearings, spindle and front nose components.
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Re-assemble the tool, insert a test bit (or run unloaded) and verify that the spindle runs true, with minimal vibration or noise before returning to full operation.