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OEM housing #520K01 for KUPA KP-55 handpiece. Steel body shell designed for professional nail-drill use, restoring structural integrity and alignment of internal components. Ideal for service or repair of KP-55 models.

KP-55 Housing 520K01

by Ovation Spas
$35.00 - $35.00
$35.00
$35.00 - $35.00
$35.00

The Housing #520K01 is an OEM-grade replacement body assembly component designed specifically for the KUPA KP-55 handpiece. This housing serves as the main structural shell for the handpiece, encapsulating the internal motor, rotor, bearings, shaft, and front assembly. It is fabricated with high-speed metal alloy to withstand the demands of professional nail-drill operation. According to the parts listing, the housing is sold individually and designated as “Housing #520K01

Features

  • OEM-correct fit: Designed by KUPA specifically for the KP-55, ensuring compatibility and alignment with other internal components.

  • Material: Steel, suitable for high-speed operation, offering durability and structural integrity.

  • Model coverage: Designed for KP-55 handpieces (verify your specific revision to ensure fit).

Installation Tips

  • Confirm the revision of your handpiece (sometimes later or “version 101” models may use different internal or body components).

  • Inspect the current housing for signs of wear, damage, or fit issues—if internal components (motor, bearings, chuck) are also worn, replacing housing alone may not solve all symptoms.

  • Disconnect the handpiece from power and ensure it is fully stopped before disassembly.

  • Remove the collet chuck, front nose, and any housing screws to gain access to internal components.

  • Remove and retain any internal parts (motor, rotor, bearings) carefully so you can re-install them properly into the new housing.

  • Clean the housing thoroughly—remove any debris or metal shavings, clean surfaces.

  • Install the components into the new #520K01 housing, ensuring correct orientation of the motor, bearings, and front assembly.

  • Re-assemble the handpiece, then run it unloaded at low speed to verify smooth operation, absence of vibration or noise.