Trimmer All-in-One Philips 7000 Series MG7941/15 — trimmer ricaricabile 17-in-1, 0,5 mm–16 mm, grigio

The Philips All-in-One Trimmer 7000 Series MG7941/15 is a 17-in-1 grooming tool in grey, designed for face, head and body. It covers trimming from 0.5 mm up to 16 mm, offers up to 120 minutes of cordless runtime and includes a range of attachments for precise beard, hair and body styling. The built-in rechargeable battery and showerproof design make it convenient for regular use.

Advantages

The trimmer features self-sharpening steel blades that maintain cutting performance over time and a premium precision comb for accurate length control. BeardSense technology adjusts cutting power for consistent results, while the ergonomic grip and battery life indicator improve handling and usability. Its 17 tools and fast clipping capability provide versatility for multiple grooming tasks.

Suitable for

• Beard shaping and trimming
• Head hair clipping and styling
• Body grooming and maintenance
• Nose and ear hair trimming
• Eyebrow trimming and precise detail work

Key specifications

• Model: Philips MG7941/15 (7000 Series)
• Attachments: 17-in-1 set
• Minimum hair length: 0.5 mm
• Maximum hair length: 16 mm (1.6 cm)
• Number of length steps: 22
• Runtime: up to 120 minutes (rechargeable)
• Water resistance: 100% showerproof
• Colour: Grey

How to use

Choose the appropriate attachment for the grooming task and set the comb or length step to the desired measurement. Switch on the trimmer and move it gently against the direction of hair growth for an even cut; use short controlled strokes for detail areas. For nose and ear trimming, use the dedicated nose/ear attachment and insert carefully without forcing. After use, detach the heads and rinse under running water if needed, then allow parts to dry before reassembly.

Recommendations

For best results, charge the trimmer fully before first use, clean attachments after each session, and replace or inspect blades according to Philips maintenance guidance to ensure continued precision and optimal performance.