| Return shipping will be paid by | Seller |
|---|---|
| All returns accepted | Returns Accepted |
| Item must be returned within | 60 Days |
| Refund will be given as | Money Back |
| Brand | AlphaTheta |
| Type | Single Deck Controller |
| Color | Blue |
| Model | OMNIS-DUO |
| UPC | 4573201242921 |
| MPN | OMNIS-DUO |
Check the listing for details. AlphaTheta OMNIS-DUO Portable All-in-One System Bluetooth DJ Controller Pre. Color: Blue, Condition: New. Listed at 2200.00 USD. AlphaTheta OMNIS-DUO Portable All-in-One System Bluetooth DJ ControllerDescription【Major features】■Easy to carry and excellent performance functions that instantly turn any place into a party venue■Equipped with a battery that eliminates the need for power and reduces luggage.■Flexible audio output that fits every lifestyle■Select songs on the spot, Bluetooth audio input■Music playback options that can be freely selected to suit various DJ lifestyles■Indigo color and minimal design to match various situations "OMNIS-DUO" is a portable all-in-one DJ system that allows you to enjoy DJing with your friends in any situation, such as at the beach, at a campsite, or while driving.Built-in battery and Bluetooth audio output function allow for easy setup without connecting cables. Equipped with 2 decks, a mixer, and an easy-to-read and easy-to-use touch screen, you can perform professionally as a DJ. In addition, OMNIS-DUO is equipped with a Bluetooth audio input function, so anyone present with a smartphone can jump in and play their favorite songs to make the party even more exciting. Furthermore, you can add effects and arrange songs input via Bluetooth connection. The body color is a distinctive indigo color, inspired by jeans, a fashion item that matches a variety of situations. By adding OMNIS-DUO to your gatherings with friends, you can have a special experience through music anytime, anywhere. ■Maximum external dimensions500 × 307 × 71 mm (W × D × H)■Body weight4.6kg■Frequency characteristics20Hz - 20kHz■S/N ratio112 dB (USB, SD)■Total high frequency distortion rate