ULKA Balance White Pedicure Stand

The ULKA Balance White Pedicure Stand is a professional pedicure stand designed to make salon work more comfortable for both the technician and the client. ULKA’s official Balance article describes it as a stand created to hold the client’s foot, dust collector, and nail drill bit / fraser on one stand, so the technician does not need to hold the dust collector on their knees during the procedure.

This model is best positioned as an ergonomic workstation accessory for pedicure services. ULKA says the adjustable height helps adapt the stand to the technician’s preferred working position, while the cushion placement is designed to reduce discomfort during the procedure and help keep the client’s leg from going numb.

For the white stand version, ULKA’s product page confirms the following stable specs: width 29.5 cm, length 33.5 cm, height adjustable from 45 to 90 cm, and eco-leather cushion material. The same page also notes that the price is for the pedicure stand only, and the dust collector mount / fastener is not included and must be purchased separately.

Key Features

• Ergonomic support for the client’s foot
• Designed to work with a dust collector and nail drill / fraser on one stand
• Adjustable height: 45–90 cm
• Stable 4-point support
• Eco-leather cushion
• White metal stand format for salon use.

Best For

This stand is a strong choice for pedicure specialists who want a more organized and comfortable setup, especially when working with a dust collector and drill during longer procedures. ULKA also says the Balance stand is suitable for any dust collector, though it looks most consistent when paired with ULKA dust collectors.

Important note

If this SKU is actually the regular ULKA Pedicure Stand White, not Balance White, then the current 45–90 cm and 29.5 × 33.5 cm specs fit perfectly. But if you want the page to be strictly for Balance White, I would avoid adding unsupported dimensions unless you have them from the supplier feed, because the official Balance article confirms the concept and function, but not those exact measurements.