This is not your average gift box... It is functional, fun and practical. It has four 10-digit programmable lock tumblers incorporated into the lid. Which means there are 10,000 possible combinations. You can secure your gift and share the passcode at the perfect moment—whether it’s on Christmas morning, a birthday, or another special occasion.

No more sneaky peeks into presents before the big day! This clever gift box is as practical as it is fun, adding an extra layer of anticipation to gift-giving.

Why Choose This Gift Box?

• Secure and Unique: The built-in combination lock lets you control when the gift can be opened.
• 100% 3D Printed: No hardware, fasteners, or adhesives required. Everything you need is printed.
• Easy to Assemble: No supports or post-processing necessary.

Assembly Instructions Please see my video for instructions on how to assemble this.

Print Settings For the best results, use these settings:

• Material: PLA or PETG (other materials may also work)
• Nozzle: 0.4mm
• Layer Height: 0.2mm
• Line Width: 0.4mm
• Wall Count: 4 (1.6mm)
• Top and Bottom Layer Count: 5
• Detect Thin Walls: ON
• Infill: 100% recommended, minimum 40% (Cubic pattern)
• Ironing: Not required
• Brim: No
• Support: No

Related Links 3-digit Logical CardLock Case - The Programmable Gift Card Case with a Twist 4-digit Logical CardLock Case - The Programmable Cash Case with a Twist PuzzleLock Box — Lock and Puzzle in a Box BinaryBin – 16-Digit Binary Coded Lockable Container StashCan 2.1 - 3D Printed Secret Safe with Programmable Lock Sequential Discovery Puzzle Gift Box #1 (GBS1)

Please join the LogicalPlanet Discord community via my linktree to discuss this and any other LogicalPlanet projects, upcoming projects, ideas and anything else related to LogicalPlanet.

https://www.logicalplanet.com/ email me at logicalplanet3d@gmail.com

Revisions and Updates I occasionally update and revise my designs. When I do, I’ll document the changes here. Check back periodically for the latest revision notes or if you’re experiencing any issues with a model.