How Custom Lapel Pins Are Made

Making a custom lapel pin looks simple from the outside, it might just be. You send in a logo and a few weeks later, a metal lapel pin arrives. What actually happens between those two points is more involved than most buyers expect, and understanding the custom pin production process helps you make better decisions when placing an order.

This guide walks through how custom lapel pins are made, from initial design submission through quality inspection and delivery. First time ordering or just curious why certain design choices matter: this is the process behind every pin.

How Are Custom Lapel Pins Made?

Eight steps. That's the full lapel pin manufacturing process from artwork file to finished badge. Here's the sequence before we go through each one in detail:

1. Design preparation

2. Pin type selection

3. Mold or die creation

4. Metal forming

5. Colour fill

6. Polishing and finishing

7. Pin backing attachment

8. Quality inspection

Understanding each step is what separates buyers who get exactly what they expected from buyers who are surprised by the result.

Step 1: Design Preparation

The process starts before any metal is touched. Once artwork is submitted, the design goes through a digital preparation stage where the file gets reviewed, cleaned up, and converted into a format the production team can actually work from.

The supplier's art team handles this conversion. It covers:

• Vectorizing the artwork if submitted as a raster file like JPG or PNG

• Separating colour areas and assigning Pantone colours to match the original design

• Defining clean outlines and clear borders between sections

• Adjusting fine details that may be too small or thin to hold up at actual pin size

A digital proof gets created and sent back to the customer for review. Nothing moves forward until that proof is approved. Approval happens through Adobe Sign, which is faster and more reliable than email confirmation. This is the most important checkpoint in the custom pin manufacturing workflow. Changes after approval require starting over.

Step 2: Choosing the Pin Type

The production method determines everything else: texture, cost, durability, look. Pin type selection happens during the proofing stage, based on the artwork's complexity and how the pin will be used.

The main options in the how enamel pins are made process:

• Soft enamel: recessed colour fill with visible metal lines, textured feel, most affordable

• Hard enamel: polished flush surface, smooth feel, higher durability

• Die-struck: no colour fill, metal-only finish, formal coin-like appearance

• Die-cast: three-dimensional mold-based construction for raised sculptural detail

• Printed or offset: full-colour digital print sealed with epoxy, suited to gradients and photos

Each type uses a different production process. Pin type selection happens before the mold or die is created. Not after.

Step 3: Creating the Mold

Proof approved. Pin type confirmed. Now the production team creates either a die or a mold.

For stamped styles (soft enamel, hard enamel, die-struck) a hardened steel die gets cut: this is a negative impression of the design that presses into flat metal blanks to create the raised and recessed areas of the finished pin.

For die-cast styles, a mold gets created instead. Molten metal pours or injects into this mold to produce a three-dimensional shape with depth that stamping simply can't match.

Mold and die creation is a one-time upfront cost: what a setup fee covers. Once created, the same die or mold gets reused for future reorders without additional cost.

Step 4: Forming the Metal

Die or mold ready. Now the actual pin shape forms from metal.

For stamped pins: a metal blank (iron alloy, zinc alloy, or brass) feeds through the die under high pressure, pressing the design into the blank and raising the outlined areas while creating defined recesses that will hold the enamel fill.

For die-cast pins: molten zinc alloy injects under pressure into the mold. Once cooled and released, the pin has its full three-dimensional shape.

At this stage the pin has its final form but no colour. An inspection typically happens here. Part of responsible custom pin production is catching structural problems before colour gets applied, not at the end of the run.

Step 5: Adding Color

Metal form complete. Colour fill begins. How it happens depends on the pin type.

Soft enamel pins: enamel paint fills each recessed section, one colour at a time, applied by hand or with precision tools. The pin goes into a kiln at around 150 to 180 degrees Celsius. The enamel cures and hardens. It settles slightly below the metal edges. That's the textured, recessed look soft enamel is known for.

Hard enamel pins: same enamel fill process, but overfilled intentionally. After baking, abrasive wheels polish the surface flat, removing excess enamel until surface and metal lines sit level. This multi-stage polishing is what creates the glossy finish and adds to the production time.

Die-struck pins: no enamel fill. The metal surface goes directly to plating.

Printed pins: a UV printing process applies full-colour artwork directly onto the flat metal surface. A clear epoxy dome then protects the print and gives the pin its smooth top surface, but it isn't always required. UV printed pins without an epoxy dome are also available and hold up well for years under normal wear conditions

This is the core of how enamel pins are made: the stage where pin type choice matters most visually.

Step 6: Polishing and Finishing

All pins receive a plated finish regardless of type. Plating coats the metal surface with a thin layer of another metal to change appearance and protect the surface.

Common plating options in custom lapel pin manufacturing:

• Gold: warm, premium tone, popular for awards and recognition

• Silver: clean, neutral, works with most designs

• Black nickel: dark, modern, adds contrast to coloured enamel

• Antique gold or silver: intentionally aged look, popular for heritage, military, and fraternal programs

• Copper: warm reddish tone, suits vintage or botanical designs

Electroplating is the technique: the pin submerges in a solution, an electrical current deposits metal ions onto the surface. Once plated, the pin takes on its final colour. The overall look of the finished piece becomes clear at this stage.

After plating, finishing steps may include polishing to remove rough spots, adding an epoxy dome over printed pins, and applying a clear protective coat on certain designs to prevent tarnishing.

Step 7: Adding the Pin Backing

The pin back (butterfly clutch, rubber clutch, magnetic, or safety pin) gets attached after finishing and secured to the rear of the pin so the finished piece can actually be worn.

Butterfly clutch is the standard default across most custom enamel pins orders. The rubber clutch is softer. Magnetic backing suits formal garments where pin holes aren't acceptable and is increasingly requested for corporate recognition programs where the pin goes on a suit jacket. The backing type gets confirmed during the proofing stage, not as an afterthought.

Step 8: Quality Inspection

Before packaging, every batch goes through inspection. What gets checked:

• Enamel fill: no missing colour, bubbling, or uneven fill

• Surface finish: no scratches, marks, or uneven plating

• Structural integrity: no bending or warping

• Pin backing: properly aligned and securely attached

After inspection, approved pins get packaged, typically in individual polybags or small boxes, and prepared for shipping to addresses across Canada and the USA.

Production Timeline

Proof approved and production started. From that point, most custom lapel pins orders take 12 to 15 business days to complete, with shipping adding another 3 to 5 business days depending on the destination.

The pin making process for reorders is faster. The mold or die already exists. No new setup fee. No new timeline from scratch.

Design changes are different. A design change requires a new mold or die, a new setup fee, and a full production timeline that resets to day one. It pays to get the design right before the first approval.