From the #1 electric shaver brand¹: Shaver 2600 Series gives you a comfortable, clean shave even on sensitive skin thanks to 27 self-sharpening ComfortCut Blades and 4D Flex Heads
Designed for life, built to last: with 2-year self-sharpening steel blades lifetime you can enjoy a shaver that performs like new every day
Fast, clean shave: 27 self-sharpening ComfortCut blades comfortably cut hair right above skin level for a smooth, even finish, every time
Choose a convenient dry shave, or pair with your favorite foam or gel for a refreshing wet shave, even in the shower
Floating heads move freely in 4 directions to keep contact with the curves of your face, protecting it from nicks and cuts
The set includes: 1x Shaver 2600 Series, 1x pop-up trimmer, 1x p-cap, 1x travel pouch, 1x USB-A charging cable; power adapter not included
To maintain optimal performance, replace blades every 12 months (SH30 blade refills)
Fully Waterproof : Shave Wet or Dry. The ergonomic rubber handle stays secure and comfortable even when wet.
Release Date: 25-12-2023
model number: X3052/91
Part Number: X3052/91
Details: Trust the #1 Electric shaver brand¹ and choose Philips Norelco Shaver 2600 Series: a wet and dry electric shaver that gives you a comfortable, clean shave. Its 27 self-sharpening ComfortCut Blades have a 2-year lifetime which makes your shaver perform like new every day. They cut each hair right above skin level for a smooth finish, while the 4D Flex Heads maintain even contact with your skin protecting it from nicks and cuts for a comfortable shave. The blades are made from hypoallergenic steel to resist corrosion, prevent impurities, and protect your skin. Shave wet or dry and take care of defining your mustache or sideburns with the pop-up trimmer. The device is fully washable for easy use. A durable NiMH battery provides 50 minutes of shaving time. Charge with a USB-A charging cable (power adapter not included). ¹ Source: Euromonitor International Limited, retail value RSP, per body shavers category definition, 2022 data, research conducted in December 2022
