3MK Powerbank Magsynergy 10000mAh MagSafe
MagSynergy
Moc aluminium
The aluminum housing dissipates heat and effectively protects sensitive components
LED display
You can always see how much energy is left in your power bank
MagSafe at full power
Charge your iPhone without a cable quickly, conveniently and stylishly! The MagSynergy power bank has a MagSafe wireless charging function and is compatible with the Qi standard. It provides trouble-free and 100% safe inductive charging with a power of up to 15 W. A very strong magnet holds your iPhone stably in any position. You put it and charge. Simply.
Charge two devices at once
Need to charge a smartwatch, headphones, phone or tablet without wireless charging? No problem! MagSynergy has an additional charging port for USB-C. You can charge two devices at the same time one wirelessly using MagSafe technology and one wired using a cable. Both with optimal performance.
Fast energy recovery
With MagSynergy you don't have to wait for hours for a full battery. The power bank supports fast charging of devices in the Power Delivery standard. It is an irreplaceable gadget when traveling. It will help you stay in touch with the world in places without access to electricity. The battery allows you to fully charge e.g. iPhone 12 twice.
Armed with new technologies
MagSynergy is a power bank built with premium technology. Its quality is confirmed by CE, ROHS and EMC certificates. Light and durable lithium polymer cells with a capacity of up to 10,000 mAh have been enclosed in a sleek, modern form. The aluminum housing effectively dissipates heat, increases resistance to damage and ensures an aesthetic appearance for a long time.
Smart charging
Don't worry about the safety of your iPhone. MagSynergy has been equipped with an intelligent power control system. The power bank automatically selects the charging efficiency for the connected device. It provides safety on many levels. It protects against, among others, overcharging, overvoltage, overdischarge, high and reverse voltage, and overheating.