Start with artwork review
The custom pin production process starts by checking the artwork against the intended size, shape and product type. Metal borders, printed details, relief, moving parts and attachment positions are reviewed differently because they lead to different production routes.
Send the clearest available file and identify the required wording, colors and construction notes. The artwork guide lists the file and order information needed for the initial review.
Record the production specification
The digital proof and production specification establish the agreed dimensions, shape, pin process, visible color or print, metal finish, attachment and packaging. Production begins only after that basis has been approved.
A reference image can explain an intended appearance, but it does not replace the recorded specification. Follow the custom enamel pin ordering guide to keep the quotation, proof and approval stages connected.
- Approved artwork and finished dimensions
- Hard enamel, soft enamel, 3D, printed or interactive route
- Plating or prepared metal-face direction
- Colors, print or relief information
- Post, clutch or other approved attachment
- Packing requirement
How enamel pins are made after proof approval
The approved construction determines the mold, tooling or metal-forming basis. A flat pin with separated color cells, a dimensional cast body and a printed metal face do not use the same preparation.
One mold or forming route cannot be assigned to every order. The quoted design and selected process determine those details.
Hard enamel pin production
Hard enamel pins use a formed metal design that separates the approved color areas with metal borders. Enamel is filled and cured, then the face is polished where applicable until the enamel and metal lines finish at a smooth, level surface.
The approved plating remains visible on the borders and other exposed metal. Attachment assembly and inspection follow the recorded reverse layout and finish specification.
Soft enamel pin production
Soft enamel pins preserve raised borders around recessed color cells in the formed metal. Enamel is placed in those cells and cured without the final level-polishing stage used to create a hard-enamel face.
Because the metal lines remain above the color, plating is part of the visible texture. Posts or other approved attachments are assembled according to the proof before the finished pieces move to inspection.
3D die cast pin production
A 3D die cast pin begins with molten metal formed in a dimensional mold carrying the approved high and low relief. The cast body is cleaned, polished where the design requires it and plated to retain the modeled depth.
A 3D pin does not automatically require enamel filling. Color areas, if any, must be included in the approved model and finish specification rather than assumed from the enamel-pin family name.
Offset printed pin production
Offset printed pins place approved artwork directly onto a prepared metal face. A clear epoxy coating can be added when it is included in the approved specification.
Printing replaces the enamel-filling stage for the visible artwork. Gradients and small printed details therefore need print-ready review rather than metal borders between every color.
Interactive pin production and assembly
Interactive enamel pins add a structure-specific assembly stage. Each metal component first follows the approved hard- or soft-enamel route where applicable.
Spinner components need an approved pivot and movement clearance. Puzzle or interlocking pieces need coordinated edges and an independent post layout for each wearable part. Assembly is therefore a defined production stage, not an accessory added after a standard pin is finished.
Apply plating, finishing and attachments
Plating and finishing follow the selected construction and exposed metal areas. Use the enamel pin plating options guide to compare the confirmed finish directions without treating plating as enamel color.
Polishing is used where the approved process calls for it; it is not a universal final step. Posts, clutches, magnets, pivots or other reviewed hardware are assembled according to the production specification.
Inspect, count and pack the order
Inspection compares the finished pieces with the approved specification. The quality workflow covers visible enamel or print, plating, shape, attachments, assembly, packing condition and quantity verification.
Approved pieces then move into the specified packing route. The order record, rather than this general process overview, determines the individual or bulk presentation used for shipment.
Questions to resolve before approval
How are enamel pins made after artwork approval?
The approved specification determines the tooling or forming route, color or print method, plating and finishing, attachment assembly, inspection and packing. The exact sequence changes with the selected pin type.
Are hard and soft enamel pins made the same way?
No. Hard enamel is filled, cured and polished where applicable to create a level face. Soft enamel keeps raised metal borders above recessed color and does not use that final level-polishing stage.
Does every enamel pin use a mold?
The tooling and forming basis depends on the approved construction. This guide does not assign one mold or forming method to hard, soft, 3D, printed and interactive orders.
How are 3D die cast pins different?
A dimensional mold forms approved high and low relief in the metal body. The piece is then cleaned, polished where required and plated; enamel color is optional rather than automatic.
Where does plating fit in the enamel pin manufacturing process?
Plating is applied according to the selected construction and exposed metal areas. The finish name and relevant surfaces should be recorded in the proof and production specification.
What happens before custom pins are packed?
Finished pieces are checked against the approved specification, including visible finish, attachments and assembly. Approved packing and quantity requirements are then verified before shipment coordination.