Blister Printing
Blister-Pack Printing: Key Factors Affecting Print Performance
Foil interface, press setup, drying, and ink handling — the everyday variables that decide whether a blister-pack print run holds up.
Knowledge Centre
Practical technical guidance on printing inks, coding consumables and production applications for pharmaceutical manufacturing.
Blister Printing
Foil interface, press setup, drying, and ink handling — the everyday variables that decide whether a blister-pack print run holds up.
Application Guidance
Bench tests suggest an ink is suitable. Only a production trial confirms it under the customer's actual conditions.
Coding & Marking
How thermal inkjet coding fits pharmaceutical secondary packaging — cartridge families, line-side issues, and maintenance in practice.
Coding & Marking
Coding ink choice depends on substrate, environment, cartridge compatibility, and the trial that turns a candidate into an approved consumable.
Substrates
Porous vs non-porous is one of the first calls a printer makes. Getting it right guides ink chemistry, drying, and long-term adhesion.
Blister Printing
Ink selection for blister-pack printing depends on foil substrate, print process, drying, and application testing before regular supply.
Distribution
What distributors should consider when adding specialist pharmaceutical printing and coding products to an existing portfolio.
Supply Chain
How to structure a coding consumables supply chain so that changeovers, stock-outs, and specification drift are the exception.
Coding & Marking
A structured approach to evaluating an alternative coding consumable — from documentation review through line trial to change control.
Coding & Marking
How consumable choice, cartridge handling, and line-side routines add up to less coding-related downtime.
Coding & Marking
The batch-coding issues that show up most often on packaging lines, and the questions that lead to a root cause.
Substrates
Why the cheapest ink is rarely the cheapest decision once trials, downtime, and rework are counted.
Coding & Marking
The practical differences between solvent-based and water-based coding inks — chemistry, substrate fit, and handling considerations.
Application Guidance
Substrate, coder, line conditions, and downstream processes — the information that turns a candidate ink into a productive trial.
Application Guidance
A structured walk-through of substrate, surface energy, drying, and handling factors that most often cause adhesion problems.
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