- Length
- 3.67"• 93.2 mm
- Width
- 1.21"• 30.7 mm
- Height
- 0.84"• 21.3 mm
- Print Area
- 3.25" x 0.55"
Despite its compact, lightweight appearance the PowerPack X1 holds enough juice to provide one single charge for a single device (when not in use). This mobile charger features an extra wide 2-sided printing area for your full color logo, slogan, or company website. Available in 6 different colors including: Blue, Red, Green, Yellow, White, and Black with a pleasant rubberized finish, these chargers are sure to grab attention wherever you go.
The PowerPack X1 features a built-in Lithium-ion battery with 2,000mAh capacity, as well as a microUSB power cord and a comfortable, white, vegan leather wrist-strap. The PowerPack X1 is compatible with most android smartphones and apple devices. Distribute these power banks at your next trade show or as a gift to your employees, prospects, and most valuable clients.
Compatible with most mobile devices, including: Apple iPhone, as well as Samsung, HTC, Nokia, and LG Androids.
Lanyard
Add more convenience to your custom flash drive with a custom printed soft fabric lanyard.
Custom Slide Box
Luxury Slide Box and Card, fully customized to take your gifting experience to the next level.
Solutions to Fit Every Need
Need to load sales or company content onto each drive? We can preload your files to save you time and ensure proper transfer.
No need to convert or downgrade your artwork. Our product customizer accepts most common graphic file formats, including .pdf, .psd, .ai, and more.
We are sticklers for details and can print your artwork precisely to match your brand's Pantone® color. Get ready for incredible imprints!
Engraving and printing options are available to achieve your exact style of personalization. Customize directly in our interactive configurator.
Memorable. Powerful. Loud.
- 24-hour rush delivery available! #GetItTomorrow
- In-house creative team reviews and optimizes all client artwork
- American-made products - quality guaranteed
- Built with high grade components to maximize memory integrity
