Apply date, batch and lot codes to metal cans and tins with a non-contact inkjet system suited to your line speed and surface.
Metal can coding is usually affected by line speed, curvature, surface finish, condensation, oil or product handling. These factors influence ink choice and printhead position.
CIJ is often considered for high-speed cans and curved containers. For tray or carton packaging around cans, TIJ or large character inkjet may also be relevant.
We can help you choose a practical coding point on the line and check code legibility before installation.
Code metal cans, tins and related secondary packaging.
Non-contact coding supports moving products and curved surfaces.
Apply dates, batches, lots and production references.
Use these pages to compare the machinery and support that may suit your pack, line speed and code requirement.
Non-contact coding for fast moving bottles, cans, containers and flexible packs.
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High-resolution date, QR and barcode printing for cartons, labels, sleeves and trays.
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Variable print for boxes, outer cases, trays and secondary packaging.
View details →Compare coder type, speed, pack material, code size and integration requirements before you buy.
View details →Yes, inkjet coding is commonly used for date and batch information on metal cans and tins.
Surface finish, moisture, speed, vibration, print distance and ink choice all affect code quality.
Often yes, depending on the line layout, surface condition and available print position.