MEDISANA AC 900 Cellulite massager

Effective massage of the connective tissue
Cellulite arises from an uneven distribution of fat in the subcutaneous tissue, compacted connective tissue, and poor circulation. The medisana Cellulite Massager AC 900 targets these areas: it efficiently supports self-massage and visibly contributes to improving the appearance of cellulite. It stimulates circulation and effectively massages the different layers of the connective tissue.

Promotes circulation and effectively massages different skin layers
The medisana Cellulite Massager AC 900 provides an invigorating and stimulating massage for the entire body, targeting the right points in the fight against cellulite: it promotes circulation and effectively massages different skin layers of the connective tissue. The multidirectional massage roller attachment ensures a pleasant and effective massage during use.

2 intensity levels and 2 rotation directions for individual adjustment
For individual adjustment, the medisana Cellulite Massager AC 900 features two intensity levels and two rotation directions. The ergonomic design, with a detachable and washable attachment, guarantees comfortable use. Thanks to the rechargeable battery, the Cellulite Massager AC 900 can be used wirelessly.

Product Highlights

• Invigorating massage to support a smoother skin appearance
• Activates circulation and massages different skin layers of the connective tissue
• Multidirectional massage rollers ensure a pleasant and effective massage
• Two intensity levels for individually adjustable use
• Two selectable rotation directions for varied massage stimuli
• Wireless use for maximum freedom of movement
• Ergonomic design for comfortable operation
• Detachable, washable, and splash-proof attachment – also ideal after showering

Technical Data

• Dimensions: approx. 8.5 x 14 x 13 cm; Weight: 0.345 kg
• Runtime: 5 hours (level 1); Charging time: 3.5 hours
• Water resistance: IPX4
• Lithium-ion battery 7.4 V 2200 mAh
• Level 1: 230 rpm ±10; Level 2: 270 rpm ±10