Rifinitore Adler AD 2923 — rifinitore uomo, 2 lame, bagnato e asciutto, 45 min. batteria, regolazione a cursore, nero

Adler AD 2923 is a men's foil shaver in a black housing with an integrated trimmer and slider control. The device combines a two-foil cutting system with a high-speed motor and is designed for both dry and wet use. It is powered by a built-in rechargeable battery that charges in about 2 hours and provides up to 45 minutes of cordless operation, making the shaver suitable for daily shaving and quick touch-ups.

Advantages

The modern head profile and oscillating motion reduce vibrations for more comfortable shaving. A high-efficiency motor delivers enough power to handle dense stubble while the washable design supports easy cleaning. Built-in battery operation provides cordless convenience and the integrated trimmer allows precise shaping of facial hair.

Suitable for

• Daily dry shaving
• Wet shaving with foam or gel
• Quick touch-ups and travel use
• Trimming sideburns and mustache detailing

Key specifications

• Brand: Adler
• Model: AD 2923
• Shaver system: Foil shaver with 2 cutting foils
• Power source: Built-in rechargeable battery (approx. 2 h charge)
• Operating time: Up to 45 minutes cordless
• Wet & Dry: Yes
• Washable: Yes
• Trimmer: Yes
• Colour: Black
• Controls: Slider control

How to use

Charge the shaver for about 2 hours before first use. For dry shaving, glide the foil gently across clean, dry skin in short strokes against hair growth. For wet shaving, apply foam or gel and use the shaver as instructed, ensuring it is suitable for wet use. Use the integrated trimmer for shaping sideburns, mustache or precise detailing. After use, rinse the washable head under running water and allow to dry before storing.

Recommendations

The shaver is intended for everyday facial hair maintenance and occasional travel. To maintain performance, clean the foils regularly and recharge the battery before long trips. Replace foils and cutters according to the manufacturer's guidance or when cutting performance decreases.