As significant mementos recognizing individual or team achievements, honorary medals must meet specific technical requirements during production. Beyond an aesthetic design that aligns with the theme, they must adhere to standards regarding materials, dimensions, craftsmanship, quality, and durability to ensure visual appeal and long-term value.
Appropriate material selection is essential. Common materials include zinc alloy, copper, iron, stainless steel, and aluminum. Since different materials affect the medal's weight, texture, and final appearance, the choice depends on the intended use and budget. For prestigious awards, high-quality metals are typically selected to enhance the medal's sense of gravitas and collectible value.
The dimensions and structure of the medal must align with design specifications. The diameter, thickness, and weight should be balanced to ensure that patterns and text are clearly displayed while remaining convenient to wear and store. For medals featuring 3D relief, openwork structures, or complex shapes, structural stability is crucial to prevent deformation or damage during use.
Production typically involves several stages: mold making, die-casting or stamping, polishing, electroplating, coloring, and surface protection. Text, patterns, and logos must be crisp and complete; relief details should be distinct, and edges smoothly finished. Additionally, electroplated layers and colored sections require strong adhesion to prevent issues such as fading or peeling.
Quality control is another vital step in the process. Finished medals are inspected for defects-such as scratches, air bubbles, color inconsistencies, or burrs-and verified for compliance with size, weight, and accessory installation standards. For mass-produced medals, consistency in color, pattern, and craftsmanship across every unit must be ensured.
Safety and user experience are also key considerations. Edges should be rounded to prevent discomfort caused by sharp points, and accessories such as lanyards and clasps must be strong enough to ensure stability while the medal is being worn.
