DATE & BATCH CODING FOR PACKAGING LINES

Inkjet Coding Machines

Explore ZONESUN inkjet coding solutions for printing dates, batch numbers and variable information on bottles, labels, pouches and cartons. Match the printer and ink to your packaging material, code requirements and production speed, with integration options for automated bottling and packaging lines.

Date & Batch Printing

Apply production dates, expiry dates and batch identification.

Variable Data & Codes

Print text, serial numbers or barcodes with a suitable model.

Packaging & Ink Matching

Select ink for adhesion and contrast on your actual packaging.

Production Line Integration

Plan product positioning, print triggering and conveyor connections.

Share your packaging sample, code example and required output to help us assess suitable options.

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 CODING & INSPECTION SYSTEMS

CHOOSE BY CODING REQUIREMENT

Choose the Right Inkjet Coding Setup

Start with your code content, packaging surface and production method. Confirm the printer technology and supported functions for the selected model.

01

Date & Batch Codes

Specify production dates, expiry dates and batch numbers, including character height, number of lines and the required print area.

02

Variable Data & Barcodes

For serial numbers, counters, QR codes or barcodes, confirm model support, data input method and readability at the required size.

03

Manual or Inline Operation

Match the setup to occasional manual coding, a dedicated conveyor station or continuous operation within a bottling and packaging line.

Technology matters: TIJ, CIJ and UV inkjet systems differ in ink delivery, print distance, curing and maintenance. Choose around the actual application and available machine configuration.

PACKAGING & INK COMPATIBILITY

Match the Ink to Your Packaging Surface

Evaluate adhesion, drying or curing, contrast and handling resistance on your actual packaging sample.

Plastic Bottles & Containers

Identify the plastic type, surface finish and print position. Check ink adhesion on the actual bottle, especially with coated or treated surfaces.

Glass Bottles & Jars

Review surface cleanliness, condensation and handling conditions. Evaluate suitable ink and code durability after printing.

Labels & Sleeves

Confirm paper or film material, coating and available code area. Decide whether printing takes place before or after label application.

Pouches & Flexible Films

Assess the film surface, pack movement and code location. Keep the print area stable and confirm ink compatibility with the material.

Cartons & Paperboard

Check porous, coated or laminated surfaces together with code size and contrast requirements. Printer and ink selection vary by finish.

Metal Cans & Caps

Evaluate coatings, curvature and accessible printing areas. Verify adhesion and resistance to rubbing during downstream handling.

Sample evaluation: Material names alone do not establish ink compatibility. Share representative samples and any moisture, rubbing or storage conditions affecting the printed code.

FROM PRODUCT HANDLING TO PACKAGING

Integrate Inkjet Coding into Your Production Line

Connect coding with filling, capping, labeling and downstream packaging around a stable product flow and an accessible print area.

  1. 01

    Position the Product

    Guide and space products to present the intended bottle, label, pouch or carton surface.

  2. 02

    Trigger & Print

    Coordinate print triggering with product movement using suitable sensors and speed signals where supported.

  3. 03

    Dry, Cure & Check

    Allow the required drying or curing step. Add code inspection where the project requires it.

  4. 04

    Transfer Downstream

    Move products to packing without contact that could smear or damage the printed area.

Layout depends on the application: Bottle coding may be positioned after filling or capping, while label coding may occur before or after label application. UV inkjet configurations require suitable curing equipment; drying and inspection arrangements depend on the selected system.

Explore Complete Bottling Lines →

SELECTION & CUSTOMIZED INTEGRATION

Plan a Coding Solution Around Your Line

ZONESUN AutoPack focuses on automated bottling lines and customized solutions. Define these requirements to assess a suitable coding configuration.

Code Content & Dimensions

Provide the exact text or artwork, print height, line count and update frequency. Confirm variable data functions for the chosen printer.

Output & Conveyor Speed

Share products per minute, conveyor speed and spacing. Assess print performance at the required content, resolution and operating conditions.

Print Position & Distance

Identify the print area, surface curvature and available clearance. Review mounting, guides and product orientation requirements.

Ink & Operating Environment

Specify the packaging surface, code color, drying needs and exposure to moisture or rubbing. Include ambient and cleaning conditions.

Changeover & Consumables

List packaging sizes and code changes. Review adjustment needs, compatible consumables and routine maintenance for the selected system.

Controls & Inspection Options

Discuss triggers, speed synchronization and any data connection needs. Code verification or rejection requires a suitable additional configuration.

DISCUSS YOUR CODING PROJECT

INKJET CODING FAQ

Frequently Asked Questions

1. Can one printer code plastic, glass, film and cartons?
Suitability depends on the printer technology, compatible ink and actual surface. One setup may cover several materials, but adhesion, drying and code quality need to be evaluated for each packaging sample.
2. What is the difference between TIJ, CIJ and UV inkjet?
TIJ typically uses cartridge-based thermal inkjet printing. CIJ uses a continuously circulating ink system. UV inkjet uses UV-curable ink with appropriate curing equipment. Compare the specific models for print distance, code size, speed, material compatibility and maintenance.
3. Can the printer produce QR codes, barcodes and serial numbers?
These functions are model-dependent. Provide the code format, dimensions, data source and update requirements. Confirm supported functions and verify readability at the intended production speed before choosing a configuration.
4. Can an inkjet coder be added to an existing bottling line?
Integration can be assessed using conveyor dimensions, product spacing, print position, available space and machine signals. Mounting brackets, guides, sensors or other modifications may be required.
5. How can I reduce smudging or poor ink adhesion?
Select ink suited to the packaging, keep the printing surface in the required condition and allow adequate drying or curing before contact. Stable handling and correct printhead distance also matter. Review the actual sample and process when troubleshooting.
6. What information is needed to recommend an inkjet coding machine?
Share packaging samples or photos, dimensions, the required code example, print position, target output and conveyor speed. Include environmental conditions and any data, inspection or changeover requirements.

CUSTOM INKJET CODING SOLUTION

Need Help Choosing an Inkjet Coding Machine?

Tell us about your packaging material, required code, print position and production speed. ZONESUN can help evaluate printer and ink options, or plan coding integration within a customized bottling and packaging line.

Helpful details: packaging sample · code example · print dimensions · required output · conveyor photos or layout

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