Novelty Chocolate Bar USB Drive 16gb, 256gb – USB2 and USB3 – 3d Printed to Order

Description

This custom-designed 3D Printed ‘To Order’ Chocolate Bar Effect USB Drive is available with 16GB, 32Gb or 256Gb storage.

Printed using eSUN PLA+ Chocolate Brown 3D Printer Filament, printed at .2mm increments.

* This is NOT real Chocolate *

The following drive configurations are available

16Gb USB 2.0
16Gb USB 3.0
256Gb USB 3.0

All USB Drives are permanently fitted into the case.

Designed to fit most laptops.

Dimensions: 

• With Cap attached
• 60mm – Length (40mm + 20mm)
• 27mm – Width
• 14mm  – Depth
• USB plug protrudes approx 17mm from the case when the lid is removed.

USB 2.0 Thumb drive Specs:

• Kootion USB 2.0 Stick (New in the pack at the time of assembly)
• 16GB
• 18MB/s
• USB 2.0

USB 3.0 (16Gb) Thumb Drive Specs:

• Kootion USB 3.0 Stick (New in the pack at the time of assembly)
• 16GB
• 50MB/s
• USB 3.0

USB 2.0 (256Gb) Thumb Drive Specs:

• Kootion USB 3.0 Stick (New in the pack at the time of assembly)
• 256GB
• 50MB/s
• USB 3.0

UK Postage is First Class Tracked / Signed For
International Postage is Standard Air Mail.

VERY IMPORTANT:
This item is made to order.
This is NOT a media player, it is a USB Drive in a custom case.
Print times are at least 2.5 hours per drive + Assembly, Packaging etc.
3D Printing can be slow, please be patient, we will keep you posted.

Note: Due to the manufacturing process, the item should not be placed near heat or moisture.

*PLA – Polylactic Acid
Polylactic acid (PLA) is a type of plastic used to build models and prototypes of solid objects and components. It is a thermoplastic polyester that serves as the raw material in 3-D printing or additive manufacturing processes and applications.

Polylactic acid is primarily created using renewable or green sources such as sugar cane, starch and corn. As a result, it can easily be recycled. It is used in most additive manufacturing processes that design 3-D models and prototypes through plastic-based materials. In fused deposition modelling (FDM) technology, the molten polymer filament extruded from the controller nozzle is polylactic acid.