Oraimo OEB-E95D Wireless Sport Earbuds Bluetooth 5.2 IPX5

Oraimo OEB-E95D Sport Audio

The Oraimo Wireless Sport Earbuds integrate open-ear air conduction technology for high-fidelity audio and environmental transparency. This specific architecture allows IT professionals and field engineers to maintain situational awareness while monitoring audio feeds or participating in communications. The device utilizes a titanium memory wire frame coated in skin-friendly silicone to ensure structural integrity during high-motion activities. Consequently, the hardware remains secure without necessitating insertion into the ear canal.

Key Features

• Bluetooth 5.2 Connectivity
  The integrated chipset supports low-latency transmission and maintains a stable connection up to 10 meters from the source device.

• 16mm Dynamic Drivers
  Large-format composite diaphragms deliver consistent frequency response across the 20Hz to 20kHz spectrum for clear vocal reproduction.

• IPX5 Water Resistance
  The internal circuitry features a nano-coating that protects against low-pressure water jets and perspiration during extended field use.

• Extended Battery Lifecycle

  • Up to 16 hours of continuous playback on a single charge cycle.
  • USB Type-C interface for standardized rapid charging compatibility.

Specifications

What’s in the Box

• Oraimo OEB-E95D Open-Ear Headset

• USB Type-C Charging Cable

• Technical User Manual

• Warranty Registration Card

Why Choose This Audio Solution

• Air conduction technology prevents ear fatigue during prolonged eight-hour shifts or intensive athletic training sessions.

• The ergonomic wrap-around design ensures the unit stays in place despite rapid head movements or physical impact.

• Advanced noise reduction algorithms optimize voice clarity for hands-free communication in high-ambient noise environments.

• Multi-point pairing capabilities allow the user to toggle between a workstation and a mobile device seamlessly.

• Robust build quality utilizes high-tensile materials to resist mechanical stress and environmental exposure over time.