CODING & PRODUCT IDENTIFICATION
Coding and Marking Machines
Explore coding equipment for printing dates, batch numbers and product information on suitable packaging materials. Compare coding methods and find a solution for your production requirements.
PRODUCT COLLECTION
Coding Machines for Packaging
Compare coding equipment by application, packaging material and production requirements.
SELECTION GUIDE
How to Choose a Coding Machine
Choose a coding solution by checking the packaging material, required code, production conditions and integration needs. The following guide outlines the main points to confirm before ordering.
Identify the Packaging Material
Analyze your substrate features. Different materials (porous paper/cartons, non-porous plastics, flexible films, glass, aluminum, or metal bags) demand specific ink formulations or laser wavelengths to guarantee permanent, high-contrast marks.
Define the Required Code
Outline your text and data requirements. Determine if you need basic single-line numbers (expiry dates, batch codes) or complex multi-line symbols (QR codes, barcodes, serialization, data matrices, or vector logos), and confirm if variables change automatically.
Evaluate Operating Requirements
Match your industrial factory climate. Consider severe factors like high humidity, dusty workshops, extreme heat, cold refrigeration, or caustic washdowns. Choose enclosures with appropriate IP ratings (e.g., IP65/IP66) to ensure continuous operation.
Confirm the Application Before Ordering
• Eliminate deployment risks. We highly recommend sending physical packaging samples and your target production speeds for laboratory testing. This confirms optimal print clearance, ink adhesion, and contrast before building the machine.
DETAILED GUIDE 01
How to Compare Coding Technologies
Compare the coding method against the material, code requirements and packaging process. Suitability should be confirmed for the specific machine model and application.
01
Inkjet Coding(CIJ / TIJ / High-Res)
Best For: High-speed continuous operations across diverse substrates and irregular shapes.
- Key Advantage: Non-contact printing with instant-dry inks. Continuous Inkjet (CIJ) is perfect for bottles and wires; Thermal Inkjet (TIJ) delivers maintenance-free micro-printing on cartons and blisters.
- Check: Multi-substrate flexibility, wide range of ink colors, easy cartridge replacement.
02
Laser Coding(Fiber / CO2 / UV)
Best For: Permanent, counterfeit-proof marks with zero consumables and lowest running costs.
- Key Advantage: Uses high-energy laser beams to scribe or etch permanently into films, glass, or metals. No ink required, eliminating recurring chemical costs and solvent emissions.
- 100% indelible marks, maintenance-free duty cycle, maximum environmental hygiene.
03
Thermal Transfer Overprinting (TTO) / Hot Foil Coding
Best For: High-resolution digital printing on flexible packaging films, pouches, and glossy labels.
- Key Advantage: Employs a thermal printhead to transfer precise ribbon pigment onto moving films. Outstanding for high-density barcodes, nutritional tables, and crisp small fonts directly on vertical form-fill-seal (VFFS) lines.
- Check: Perfect ribbon tracking, dynamic real-time variable text, high-resolution 300 DPI output.
04
Custom & Specialty Marking Systems
Best For: Extrusion profiles, large pipes, pallets, heavy-duty industrial bundling, or irregular geometries.
- Key Advantage: Customized large-character printers or integrated print-and-apply labeling systems tailored to specialized packaging shapes.
- Check: Industrial-grade rugged frames, heavy-duty build, custom mounting printhead brackets.
Selection tip: share the packaging material, code sample and production speed so the appropriate technology can be assessed before purchase.
DETAILED GUIDE 02
How to Match a Coding Machine to Your Production Line
Check these integration details before selecting a standalone machine or an in-line coding configuration.
01
Production Speed
Provide the target output per minute, conveyor speed and expected operating hours. The coding system must have enough time and a suitable trigger method to produce a legible code.
02
Product Positioning
Print clarity depends on uniform distance. Choose precise side-mount, top-down, or bottom-up brackets, and couple them with stable guiding rails to prevent container vibrations.
03
Installation Space
Measure the available mounting area, product clearance and operator access. Allow space for adjustments, cleaning and routine maintenance.
04
Packaging-Line Integration
Identify whether the coder will work with a filling, labeling, sealing, cartoning or other packaging machine. Confirm signal, sensor, conveyor and control requirements with the equipment supplier.
05
Sample Testing and Validation
Provide representative products or packaging and the required code content. Test legibility, placement, durability where relevant and performance at the intended line speed before finalizing the setup.
Useful information to prepare: packaging material, product dimensions, code content, target speed, coding position, available installation space and photos or video of the existing line.
APPLICATIONS
Coding Solutions for Different Packaging Applications
Consider the package surface and production process when selecting a coding solution.
Cartons, Boxes & Secondary Packaging
Apply dates, batch numbers and traceability information to suitable carton and box surfaces.
Flexible Packaging & Pouch Films
Choose a coding method based on film structure, surface properties and compatibility with the packaging process.
Bottles, Jars & Rigid Containers
Confirm container material, code location, product movement and the available installation space.
Automated Packaging Production Lines
Plan the coding station around conveyor speed, product spacing and integration with upstream or downstream equipment.
FAQ
Coding Machine FAQs
Which coding machine is suitable for my packaging material?
The best option depends on the material and surface, required code, production speed and packaging process. Provide sample packaging and code details so compatibility can be evaluated.
What is the difference between inkjet and laser coding?
Inkjet systems deposit compatible ink on the surface, while laser systems mark materials through a laser-material interaction. The right choice depends on substrate compatibility, code requirements, operating conditions and installation requirements.
Can a coding machine be integrated with an existing packaging line?
Many coding configurations can be integrated, subject to conveyor speed, product positioning, mounting space, sensor signals and control requirements. Share details or a video of the line to assess the setup.
What information should I provide before requesting a quote?
Share the packaging material, product dimensions, code content, target output, coding position, available installation space and sample photos. Product or packaging samples may be needed to validate the result.
APPLICATION SUPPORT
Need Help Choosing a Coding Machine?
Share your packaging material, coding requirements and production speed to discuss a suitable configuration with our team.