ORAIMO 3PRO 18W U94D+C53 TYPE C CHARGER-

18W Fast Charging: Delivers rapid, high-efficiency power output configured up to 12V/1.5A max speeds.

Dual Output Architecture: Features dual-configured ports enabling simultaneous charging of up to two separate devices.

Triple Protocol Compatibility: Seamlessly supports universal PD 3.0, QC 3.0, and PE 2.0 quick-charge standard protocols.

1-Metre Type-C Cable: Bundled with a durable, tangle-resistant C53 USB-C cord for instant device connectivity.

6-Layer Multi-Protection Suite: Integrated circuitry shields connected hardware from over-charging, dangerous power surges, and thermal spikes.

Soft-White LED Indicator: Features a convenient status illumination ring to visually confirm active power connection.

Anti-Smudge Durable Shell: Wrapped in a robust, drop-tested casing engineered with specialized high-gloss and scratch-resistant detailing.

1 in stock

Category: ORAIMO

The Oraimo PowerCube 3 Pro 18W Fast Charger Kit (OCW-U94D+C53) is a dual-output high-speed wall adapter designed to power smartphones, tablets, and a wide array of USB-C gadgets [1, 2]. Equipped with dual ports, this multi-protocol charger pumps out up to 18W Max of power while fully supporting advanced rapid-power standards such as Power Delivery (PD 3.0), Quick Charge (QC 3.0), and Pump Express (PE 2.0). The bundled Oraimo C53 Type-C cable measures a standard 1 metre and features a pure copper core to ensure optimal, heat-minimized electrical conduction during concurrent high-speed syncing and charging. Architected for extreme resilience, the modern high-gloss body utilizes a scratch-resistant and smudge-proof outer casing designed to withstand inadvertent drops, minor bumps, and harsh daily usage. A discrete, soft-white LED indicator light acts as a convenient power reminder that illuminates when the device is actively plugged into a mains socket. For absolute device peace of mind, the block integrates an internal 6-layer multi-protection chip that intelligently balances current distribution while actively isolating hardware risks from over-voltage, short circuits, and localized overheating.