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This motor functions as the handpiece's UP-200/UG12 driving component, producing the rotational speed that powers the bit, spindle, and collet.

UP-200 Motor KA10-103

by Ovation Spas
Sold out
$85.00 - $85.00
$85.00
$85.00 - $85.00
$85.00

This motor is an OEM replacement part for the KUPA UP‑200 / UG12 series handpieces. It appears in the official parts listing for these models and is specified under the “Motor #KA10‑103”. This motor serves as the driving component in the handpiece, responsible for generating the rotational speed that drives the spindle, collet, and bit.

Features

  • Restores high‑speed drive performance: If your handpiece’s motor is worn, underpowered, or vibrating, replacing it with the correct motor can restore smooth operation.

  • Maintains correct specification: Using the OEM motor ensures correct fit, diameter and length to maintain alignment of the spindle and bearings.

  • Dimensions: Approx. 16.55 mm diameter · 64 mm length.

  • Material & Construction: Metal, high‑speed rated for professional nail‑drill handpiece use.

  • Pack Size: Each (one motor per package).

  • Application: Direct replacement motor for KUPA UP‑200 / UG12 high‑speed nail‑drill handpieces.

Installation Tips

  • Confirm your handpiece model and version correspond to this motor part number #KA10‑103. Handpiece revisions may use a different motor.

  • Inspect existing motor for signs of wear, damage, overheating, or bearing failure prior to replacement.

  • Verify that the spindle, bearing assemblies, housing and power cord are in good condition—installing a new motor in a unit with other worn components may not fully resolve performance issues.

  1. Ensure the handpiece is unplugged and fully stopped from rotation.

  2. Disassemble the handpiece housing to access the internal motor assembly (typically the rear or mid‑section).

  3. Remove the old motor carefully, noting wiring, connector orientation and bearing positions.

  4. Clean any debris or metal shavings from the motor cavity, inspect bearings and housing surfaces.

  5. Install the new motor #KA10‑103, connecting wiring correctly and reassembling components in reverse order.

  6. After re‑assembly, perform a no‑load test (handpiece running without bit) to verify smooth rotation, minimal vibration and proper operation before full use.