Frezarka do manicure Promed 625

Promed 625 Manicure Drill - Professionalism and Convenience in One
Product Description
The Promed 625 manicure drill is an advanced device created by the renowned German company PROMED. The 625 model is ideal for professional beauty salons and home use. Thanks to modern technology and ergonomic design, the drill ensures comfortable work and excellent results.

Advantages
Advanced Technology: The Promed 625 drill is equipped with a state-of-the-art head with a multi-bearing motor. This ensures quiet, vibration-free operation, which is extremely important during prolonged use.
Ergonomy: The lightweight and comfortable handle, weighing only 160g, minimizes wrist fatigue, which is crucial during long hours of work.
Easy Operation: The Twist-Lock system allows for quick and easy bit changes. Changing the rotation direction (left/right) is performed using the same knob as the speed control, which increases ease of use.
Functionality
Automatic Adjustment: The milling machine features ASC (automatic speed control), OPC (overheating protection), and APE (automatic power electronics), which ensures high power at low speeds and protects the device from overheating.
Infinite Speed Adjustment: Continuous speed adjustment up to 25,000 rpm allows for customization of the treatment intensity to individual needs.
Compact Design: The milling machine's compact design allows for easy maneuverability and precise treatment. Technical Parameters
Voltage: 220~230V / 50-60 Hz
Power: 30W
RPM: Up to 25,000/min
Handle Length: 12 cm
Handle Weight: 160 g
Device Weight: 1 kg
Device Dimensions: 13x20x10 cm
Packaging Dimensions: 22x12x10 cm
Warranty: 12 months
Why is it worth it?
The Promed 625 manicure drill is a reliable tool that delivers professional results and comfortable work. Thanks to its modern technology, ergonomic design, and ease of use, the drill is an ideal choice for both professionals and home users. By choosing the Promed 625 drill, you are investing in quality, reliability, and excellent manicure results.