Bambu Lab Card Shuffler Kit – ZH008

Bambu Lab Card Shuffler Kit – ZH008

The original Bambu Lab Card Shuffler Kit (ZH008) is a hardware set that contains all the non‑3D printed components needed to assemble a fully functional playing card shuffler. You simply print the plastic parts yourself according to the prepared model on MakerWorld and use the components from this kit to assemble the finished product.

Note: The kit does not contain any 3D printed parts – product images are for illustration only.

What this kit allows you to do

• Create an automatic card shuffler as an attractive 3D printing project.
• Show the practical use of 3D printing – combining printed plastic parts and original mechanical components.
• Prepare a fun accessory for home card nights, game rooms, or gifts for board game enthusiasts.

Simply download the corresponding Card Shuffler model from MakerWorld, print all plastic parts, and use the components from the ZH008 kit for final assembly.

Package contents (In the Box)

These parts make up the complete non‑printed part of the mechanism. All plastic parts must be printed separately.

Key features

• Original Bambu Lab kit (ZH008) – guaranteed compatibility with the official Card Shuffler model.
• Complete set of non‑printed parts – screws, bearings, and O‑rings in precise dimensions.
• No need to source components separately – everything in one package, ready for assembly.
• Ideal project for owners of Bambu Lab 3D printers (P1, X1, A1, A1 mini, etc.).
• A great DIY project for poker, canasta, or other card game players.
• Part of the Bambu Lab Creator Program – official kit for a MakerWorld design.

How to proceed

1. Download the model Card Shuffler from the MakerWorld platform (you can find the link in the Bambu Lab product description / in the package).
2. Print all plastic parts on your 3D printer (a Bambu Lab printer is recommended, but you can also use other FDM printers with a suitable build volume).
3. Prepare the components from this kit – screws, bearings, and O‑rings.
4. Follow the assembly instructions provided with the model on MakerWorld and assemble the card shuffler.
5. Test the function with standard playing cards and fine-tune any settings if needed.

Printing recommendations

• Material: PLA, PETG or another stiffer filament suitable for mechanical parts.
• Infill: higher (e.g. 20–40 %) for strength of gears and load-bearing parts.
• Layer height: according to appearance and speed requirements – typically 0.16–0.28 mm.
• When using Bambu Lab printers, you can take advantage of high-speed profiles and multi-color printing for an attractive appearance.

Who this kit is for

• Owners of 3D printers looking for a practical and fun project.
• Card game players who want to have their own automatic shuffler.
• Printers who want to showcase 3D printing as a useful accessory for the home or game room.
• Educational and club projects – combining mechanics, 3D modeling, and 3D printing.

Important notes

• The kit does not contain 3D printed parts or electronics – everything shown in plastic in the photos has to be printed by you.
• The product is not a toy for small children; it contains small parts (screws, bearings, O‑rings), there is a risk of swallowing.
• Model compatibility depends on following the recommended print settings and printing accuracy.

Summary

Bambu Lab Card Shuffler Kit – ZH008 is a perfect choice for anyone who wants to combine 3D printing and mechanical fun. Thanks to the ready-made set of original components, you do not have to worry about bearing dimensions or sourcing suitable screws – just print, assemble, and enjoy perfectly shuffled decks of cards.

Key features:

• Original Bambu Lab set of non‑printed parts for the Card Shuffler project (ZH008).
• Includes precisely dimensioned screws, bearings, and O‑rings – no need to source parts yourself.
• Fully compatible with the official Card Shuffler model from the MakerWorld platform.
• Ideal fun and practical 3D printing project for card game players.
• Simple process – download the model, print the plastic parts, install the parts from the kit, and assemble.
• A great showcase project for demonstrating the possibilities of 3D printing and mechanics.