Food Packaging Coding
Date, batch and variable-code requirements across cartons, labels and flexible packaging.
Core equipment
Explore Product Families
Coding and marking technologies
Start with the material, required mark and production context. Each technology family serves a different combination of substrates, code requirements and line conditions.
UV Laser Marking Machine
Evaluate UV laser marking for fine marks on plastics, films and other application-specific materials.
View UV laser optionsFiber Laser Marking Machine
Explore fiber laser marking for metal parts and selected plastics where a permanent mark is required.
View fiber laser optionsCO2 Laser Marking Machine
Consider CO2 laser marking for paper, cardboard, wood, glass and many non-metal materials.
View CO2 laser optionsCIJ Printer
Continuous inkjet coding for moving products and packages where non-contact printing is preferred.
View CIJ printersTIJ Printer
Thermal inkjet printing for text, barcodes and 2D codes on suitable packaging and product surfaces.
View TIJ printersTTO Printer
Thermal transfer overprinting for variable information on suitable flexible packaging films.
View TTO printers
Applications
View Applications
Select equipment around the product and mark
Packaging format, substrate, required content, production speed and operating environment all influence the suitable coding or marking technology.
Pharmaceutical Coding
Clear coding requirements for cartons, labels, bottles and other pharmaceutical packaging formats.
Plastic Pipe Marking
Product specifications, batch information and brand marks on plastic pipes and fittings.
Bottle Coding
Coding equipment selected around bottle material, surface shape, handling and line conditions.
Electronic Component Marking
Fine text, identifiers and machine-readable codes on components and housings.
Metal Parts Marking
Permanent identification on metal parts where material, finish and mark depth must be reviewed.
Featured applications
Application context before machine selection
The same code can require different equipment when the material, product handling or production environment changes.
Pharmaceutical Packaging Coding
Review packaging material, code content, contrast, available print area and verification requirements before choosing the marking technology.
Explore pharmaceutical coding
Plastic Pipe Marking
Evaluate pipe material, surface colour, required durability, character size and line speed before selecting laser or inkjet equipment.
Explore pipe marking
Equipment selection
Match the machine to the production requirement
A useful recommendation starts with production details, not only a machine name. Prepare the following information before discussing an equipment configuration.
- Product and materialSurface, colour, shape, packaging format and sample availability.
- Required contentText, date, batch, logo, barcode, 2D code and permanence requirement.
- Production conditionsLine speed or cycle, available space, environment and product handling.
- Integration scopeTrigger, mounting, controls, verification and data requirements when applicable.
About DANAPR Marking
Focused on industrial coding and marking equipment
DANAPR Marking supplies laser marking machines, inkjet coding machines and printing systems for industrial product identification applications.
- Laser marking equipment: UV, fiber and CO2
- Inkjet coding equipment: CIJ and TIJ
- Printing systems including TTO and variable data printing
- Application-based equipment selection for industrial marking
FAQ
Industrial coding and marking questions
What information is needed to select an industrial coding or marking machine?
Provide the product and substrate, required code or mark, line speed or cycle, available installation space, operating environment and any verification or integration requirements.
How do UV and fiber laser marking machines differ?
UV and fiber lasers interact with materials differently. UV is commonly evaluated for heat-sensitive plastics, films and fine marking, while fiber laser is commonly evaluated for metals and selected plastics. Final selection should be confirmed with the actual material and marking requirement.
Can coding equipment be integrated with an existing production line?
Integration feasibility depends on line layout, product handling, trigger signals, mounting space, control interfaces and the required code-verification process. These details should be reviewed before equipment selection.
