iLike Universal P65 Supporto magnetico laterale in alluminio per monitor per smartphone argento

The iLike Universal P65 is a premium aluminum magnetic smartphone holder designed for side mounting on monitors and laptops. Crafted from anodized aluminum alloy, this sleek silver mount provides a secure and stylish solution for multi-screen productivity. The strong neodymium magnets ensure your phone stays firmly attached, while the 360° swivel and tilt adjustability allow for optimal viewing angles. The foldable, compact design makes it easy to carry and install without tools. Perfect for professionals and home users who want to extend their display setup.

Advantages

Experience effortless phone attachment with the powerful magnetic system. The adhesive 3M VHB mounting ensures a strong bond to your monitor or laptop side without damaging surfaces. The anodized aluminum finish resists scratches and corrosion, offering long-lasting durability. Its retractable and foldable design saves space and enhances portability.

Suitable for

• Multi-screen productivity setups
• Home office and remote work
• Gamers using secondary displays
• Professionals needing quick phone access

Key specifications

• Product Type: Smartphone Monitor Mount
• Mounting Location: Monitor Side / Laptop Side
• Phone Attachment Method: Magnetic
• Monitor Attachment Method: Adhesive (3M VHB)
• Material: Aluminum Alloy
• Color: Silver
• Compatibility: Universal Smartphones
• Adjustability: Swivel (360°) and Tilt Angle
• Design: Foldable, Compact, Retractable
• Installation: Tool-free, Easy Installation
• Magnetic Strength: Strong Neodymium Magnets
• Max Device Weight Support: 300g (approx. 0.66 lbs)
• Surface Finish: Anodized Aluminum
• Included Accessories: 2x Metal Plates for Phone, 2x Adhesive Pads

Recommendations

For best results, clean the mounting surface thoroughly before applying the adhesive pad. Ensure your phone is equipped with a metal plate (included) or a magnetic case for secure attachment. This mount is ideal for monitors with a flat side surface.