ROLLING TOBACCO CASE M

Title: 3D Model Description - Rolling Tobacco Case (M)

Description:

This 3D model is designed for a Rolling Tobacco Case, providing a compact and stylish solution for tobacco enthusiasts. With dimensions measuring 104x84x24mm, this case is optimized for portability while accommodating all the essentials for rolling cigarettes or storing your tobacco products.

Materials:

The primary material used for this 3D printed Rolling Tobacco Case is PLA (Polylactic Acid) due to its ease of printing, affordability, and suitability for holding tobacco products. For siding the loop you need a rod of PETG plastic

Key Features:

Compact Design: The case is designed to be sleek and compact, easily fitting into a pocket or bag for on-the-go convenience.

Secure Storage: Inside the case, there are compartments to securely store rolling papers, filters, lighters, and tobacco, keeping everything neatly organized.

Customization Options: The 3D model includes areas for personalization, such as space for engraved designs, patterns, or text on the case's surface.

Snap Lock: The case includes a snap-lock mechanism to securely close and protect your tobacco and accessories.

Assembly:

Print all the individual components of the Rolling Tobacco Case.

For siding the loop you need a rod of PEG plastic.

Assemble the case by attaching the sliding loop to the designated area on the case body.

Test the sliding mechanism to ensure it opens and closes smoothly.

Customize the case if desired by adding engravings or designs.

Load your rolling papers, filters, lighter, and tobacco into the case.

Snap the case shut to securely store your tobacco products.

This 3D model for a Rolling Tobacco Case provides a practical and customizable solution for tobacco enthusiasts, allowing them to roll cigarettes with ease and style while keeping their essentials organized and protected. Enjoy your 3D printing project!

Printing Instructions:

Layer Height: For optimal results, use a layer height of 0.2mm or finer to ensure fine details and smooth surfaces.

Infill Density: A moderate infill density of 20-30% is sufficient to maintain structural integrity while minimizing material usage.

Supports: No need.

Rafts and Brims: Rafts or brims are not necessary for this model, as it has a flat base for stability.

Printing Time: Printing time may vary depending on your printer's speed, but it should take several hours to complete.