Packaging System

2022


Summary:
Durable case designed around structural performance and manufacturing feasibility - built to protect and present.

Team:
MTM Watches Design Department


Key Materials:
Plastic
Rubber
Foam
Suede Leather
3D Resin

What the Market Told Us


Toughness Earned:

. Referenced military equipment, tool cases, and raw materials - looking for objects that earn their toughness rather than perform it.

Structure as the Starting Point


Proportion Locked Before CAD:

. Several structural directions explored to establish case proportions - durability and opening mechanism drove the form, not aesthetics.

. Sketching used to visualize form before committing to CAD - faster to kill a bad idea on paper.

From Screen to Physical Model


Caught Before Tooling:

. CAD used to lock proportions and define the mechanical relationships between lid, body, and closure.

. Produced 3D-printed prototypes to evaluate scale, fit, and mechanical interaction.

. Prototype feedback from engineering changed the hinge geometry - caught before tooling not after.

Inside the Case


A Product Within A Product:

. Interior designed as a product in itself - foam density, suede grain, and stitching pattern all specified to match the case’s tactile register.

. Material decisions made in parallel with the outer structure.

Final Simple. Project Closed.


The Process Was The Product:

. Received engineering revisions to the hinge clearance and closure thickness - made the adjustments, validated against the revised specs, and signed off on the final sample.

. Project discontinued before production - the full development cycle from concept to production-ready sample remains the most complete cross-functional process I have worked through.

Texture Through Manufacturing Input


Hands-On, Not Just Screens:

. Evaluated vendor sample, choosing texture for grip and durability, not appearance alone.

. Selected a cement-like finish to achieve a durable, tactile surface aligned with the product’s rugged intent.

. Finish confirmed achievable within existing tooling - no secondary operation required.