3D Printed "Saudi" Keychain (12 pieces)

A. Product Description

This 3D printed keychain features the Arabic word "Saudi" in raised dimensional lettering, finished in contrasting green and white. Produced using additive 3D printing technology, the typography stands out with clean, structured edges.

Manufactured from polylactic acid (PLA) plastic, the piece includes a metal ring for attaching keys. Measuring 40 cm in length, 100 cm in width, and 0.50 cm in thickness, it is designed for daily key organization or for accessorizing backpacks and travel gear.

The piece is practical for personal key sets and bag styling, and also functions as a thematic keepsake suitable for occasions such as Saudi National Day.

B. Product Specifications ⚙️

• Product Type: Keychain
• Design: Raised "Saudi" text
• Manufacturing Method: 3D Printing
• Material: Polylactic Acid (PLA)
• Color: Green and White
• Length: 40 cm
• Width: 100 cm
• Thickness: 0.50 cm
• Usage: Key organization and bag accessory

C. Why Choose? 🌟

• Raised "Saudi" typography styled in vivid green and white.
• Built from polylactic acid (PLA) plastic via precise 3D printing.
• Verified dimensions of 40 cm length, 100 cm width, and 0.50 cm thickness.
• Fitted with a metal ring suitable for daily keys and bag carry.

D. Important Notes ⚠️

• Avoid exposing the product to temperatures above 55–60°C.
• Minor printing lines or layers may be visible due to the nature of 3D printing.

E. Frequently Asked Questions ❓

What is the design of this keychain?

It features the word "Saudi" displayed in dimensional, raised 3D lettering in green and white.

What material is used and how is it manufactured?

It is made from polylactic acid (PLA) plastic using 3D printing technology.

What are the dimensions of the product?

The piece measures 40 cm in length, 100 cm in width, and 0.50 cm in thickness.

How can this item be used?

It serves to organize everyday keys and can also be attached as a decorative accessory to bags.

What are the recommended care instructions?

Avoid exposing the product to temperatures above 55–60°C to maintain the structural shape of the PLA material.