What is the best printer for coding and marking on bottles?

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The best printer for coding and marking on bottles depends on various factors. Such as the bottle material, production speed, required print quality, and durability. Here are some popular options for coding and marking on bottles:

  1. Continuous Inkjet (CIJ) Printers:
    CIJ printers became popular for coding on bottles because they can print directly on moving products on a production line. They offer high-quality, durable prints and can handle curved surfaces of various bottle materials, including glass, plastic, and metal. CIJ printers are suitable for high-speed production lines.
  2. Thermal Inkjet (TIJ) Printers:
    TIJ printers use heat to eject ink droplets from nozzles onto the bottle surface. Moreover, They produce high-resolution prints and are suitable for applications requiring fine details or smaller text. TIJ printers work well on various bottle materials and can provide high-quality codes even at lower production speeds.
  3. Laser Marking Machines:
    Laser marking is a non-contact method that uses a focused laser beam to create marks on the surface of bottles. This method offers high precision, durability, and flexibility, making it ideal for marking logos, barcodes, and other intricate designs. Laser marking machines work well on both glass and plastic bottles.

Each method has advantages and limitations, so choose the one that best fits your needs and requirements.

Bottle Coding | Plastic & Glass Bottle Printing

Linx provides reliable and consistent bottle coding and marking solutions to minimize rework. Our printers and coders can easily integrate into production line systems, accommodating various line speeds. Automated date, time, code, and number series functions reduce manual interventions and avoid line downtime. We offer specialized coding solutions, such as UV visible inks and permanent laser marking, suitable for both luxury brands and anti-counterfeit product identification.

Our bottle coding printers are perfect for high volume expiration date coding or batch identification, as they can print directly onto plastic or glass bottles in almost any orientation and mark variable information, including barcodes and data matrix, and QR codes, and decrease waste and environmental impact. With profound experience in creating coding and marking equipment, we understand the unique challenges presented by printing on bottles, and our coding technologies have been specifically designed to meet them. Linx bottle coders are used across various industries, such as food, beverage, cosmetics, FMCG household products, pharmaceutical, and chemical bottling, and can help minimize production costs and improve rates.

bottle coding printer
bottle coding printer

How to print the expiry date on bottle?

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Print expiry date on glass bottles using various methods, each with its advantages and limitations. Here are some popular options for printing expiration dates on glass bottles:

  1. Continuous Inkjet (CIJ) Printers:
    Linx CIJ printers are widely used to print expiry date on glass bottles because they can print directly on moving products on a production line. Moreover, They offer high-quality, durable prints and can handle the curved surfaces of glass bottles. Choose an ink specifically designed for glass surfaces to ensure proper adhesion and durability.
  2. Thermal Inkjet (TIJ) Printers:
    TIJ printers identically use heat to eject ink droplets from nozzles onto the glass surface. They produce high-resolution prints and are suitable for applications requiring details or text explicitly. As with bottle expiry date printer, select an ink that is compatible with glass surfaces for optimal results.
  3. Laser Marking Machines:
    Laser marking is a non-contact method that uses a focused laser beam to create precise, high-contrast marks on the surface of glass bottles. This method provides high precision and durability, making it ideal for marking expiration dates. CO2 lasers or UV lasers are typically used for marking on glass surfaces, as they offer excellent contrast and minimal damage to the substrate.

When selecting a method for printing expiration dates on glass bottles, consider factors such as the production speed, required print quality and durability, and the complexity of the design. Each method has advantages and limitations, so choose the one that best fits your needs and requirements.

print expiry date on bottle
print expiry date on bottle
print expiry date on bottle

High-precision bottle expiry date printer

Get accurate and reliable glass bottle markings with our inkjet coding and laser marking printers.

Fast coding for bottling lines

Improve your beverage production with our high-speed inkjet and laser printers for expiry dates and batch codes.

Boost labeling efficiency

Maximize productivity with our cutting-edge inkjet coding and laser marking printers for glass bottle expiry date printing.

How to print and mark on extrusions?

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Linx inkjet coding and marking solutions explicitly cater to the extrusion industry for various applications. Moreover, these versatile printers allow easy mounting and mobility to accommodate different production line requirements. Indeed, making them ideal for marking a wide range of extruded products.

Some standard extruded products that can benefit from inkjet coding and marking solutions include:

Linx Printing Technologies UK

Overall, Linx coders specialize in delivering high-quality prints at fast speeds, making them suitable for various coding requirements within the extrusion industry.

In addition to inkjet coding, laser coding options are also available, depending on the substrate material. Laser technology provides several benefits, including:

  • Code longevity: Laser-marked codes do not degrade over time or during storage, ensuring long-lasting legibility.
  • Variety of code sizes: Lasers can produce codes in various sizes to suit specific product and application requirements.
  • No drying time: Since no involvement of ink, there is no need to wait for codes to dry, eliminating the risk of smudging.

Laser coding can be an excellent alternative option to print on specific substrates within the extrusion industry. When selecting a coding solution, consider factors such as substrate material, production speed, required print quality and durability, and the complexity of the design. Each method has advantages and limitations, so choose the one that best fits your needs and requirements.

print on extrusion
print on extrusion
print on extrusion

Importance of Coding and Marking Printers in the Extrusion Industry

Coding and marking printers play a vital role in extruded materials’ identification, traceability, and compliance. Several types of printers are available for coding and marking extruded materials, each with unique advantages and limitations. When selecting a coding and marking printer for extruded materials, consider factors such as the type of material, production speed, required print quality and durability, and the complexity of the design. Each method has advantages and limitations, so choose the one that best fits your needs and requirements.

How to print and mark on the cable?

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There are several methods for printing and marking on cables, each with its own advantages and limitations. Here is an overview of some standard marking on cable techniques:

  1. Inkjet Coding: Continuous Inkjet (CIJ) printers and Thermal Inkjet (TIJ) printers are popular choices for cable marking. These non-contact methods can print directly onto moving cables on a production line.

    Continuous Inkjet Printer:
    CIJ printers use a continuous stream of ink droplets that are deflected by an electric field to create the desired markings. They are suitable for high-speed production lines and offer excellent adhesion on various cable materials.
  2. Thermal Inkjet Printer:
    TIJ printers use heat to expel ink droplets from nozzles to mark on cable explicitly. They produce high-resolution prints and are ideal for applications requiring fine details or smaller text.
  3. Laser Marking Machine:
    Laser marking uses a focused laser beam to create precise, high-contrast marks on the cable surface. This non-contact method is suitable for various types of cables, including those made of plastic, rubber, or metal. Laser marking offers high precision, durability, and flexibility, making it ideal for marking logos, barcodes, and other intricate designs.

High-Speed Cable Marking Solutions

For high-speed production environments, choose a marking system specifically designed for fast production lines. These printers should be able to keep up with the speed of the production line while maintaining accurate and legible prints. Look for features like automatic printhead cleaning, low ink level alerts, and user-friendly software to ensure consistent print quality and minimize downtime.
When selecting a cable marking method, consider factors such as the cable material, production speed, required print quality and durability, and the complexity of the design. Each method has advantages and limitations, so choose the one that best fits your needs and requirements. Wire manufacturers prefer these fast inkjet coding and marking printers for mass production.

marking on cable
marking on cable
marking on cable

What information is printed on the cable & wires?

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Inkjet coding printers are widely used for wire marking to print essential information directly onto products. The information published on cables and wires may include:

  1. Manufacturer’s name or logo:
    This helps identify the brand and enhances brand visibility.
  2. Product identification:
    Marking model numbers, part numbers, or product codes help customers and installers quickly identify the specific type of cable or wire.
  3. Technical specifications:
    Wire gauge, conductor count, insulation type, voltage rating, and temperature rating are often printed on cables and wires. Also, ensures proper usage and compliance with safety regulations.
  4. Industry standards and certifications:
    Printing relevant industry standards (e.g., UL, CE, RoHS) and certifications to make the cable meet specific quality.
  5. Sequential markings:
    Identically these wire marking printers can print in meters or feet. Which helps users accurately measure and cut cables and wires during installation.
  6. Batch or lot numbers:
    These numbers help manufacturers trace products back to their production batch. Furthermore, it allows for quality control and tracking purposes.
  7. Production date or expiry date:
    The production date indicates when the cable or wire was manufactured. This information helps ensure proper stock rotation and adherence to warranty terms. Hence wire marking printers play a vital role in the cable industry.
  8. Barcodes or QR codes:
    These machine-readable codes can additional information about the cable or wire, such as its origin, production details, or technical specifications. Scanning the code can provide quick access to this information for inventory management, quality control, or installation purposes.
wire marking printers
wire marking printers
wire marking printers
wire marking printers

Inkjet Wire Marking Printers

Wire marking printers are an essential tool in the world of manufacturing and production. Inkjet Coders can easily do the marking on wire and cable for identification purposes. Whether you are working in the telecommunications industry or automotive industry, that requires precise labeling of lines. An inkjet wire marking printer can help streamline your operations and reduce errors. With the ability to print text, barcodes, and even logos, these printers suit your specific needs. So if you’re looking for a cost-effective and reliable way to improve your wire marking process. Contact us Today!

How to Print on Rubber Parts and Products?

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Continuous inkjet (CIJ) coding is a popular and effective method for printing on rubber items such as tubes, cables, gaskets, sleeves, and more. This non-contact printing method is suitable for high-speed production lines and can print directly on moving rubber products. Here are some critical considerations for CIJ coding and printing on rubber items:

Inkjet Coding on Rubber

  1. Choosing the correct ink:
    Selecting the appropriate ink for inkjet coding on the rubber is crucial for ensuring proper adhesion and durability.
    Some common types of inks used for printing on rubber include:

    Solvent-based inks: These inks provide excellent adhesion on rubber surfaces and dry quickly. They are resistant to abrasion, moisture, and chemicals.

    UV-curable inks: When exposed to UV light, these inks cure, forming a durable bond with the rubber surface. UV-curable inks are also resistant to environmental factors like moisture, heat, and abrasion.

    Specialty inks: Some manufacturers may require specific ink formulations designed for their unique rubber materials or applications.

Continuous Inkjet Printing Solutions

  1. CIJ printer features:
    Look for inkjet coding printers for rubber with features such as automatic printhead cleaning, low ink-level alerts, and user-friendly software for designing and editing printed information. These features will help ensure consistent print quality and minimize downtime during production.
  2. Integration with production line:
    The CIJ coding system should integrate identically with the existing production line, allowing for easy setup, operation, and maintenance. Also, Ensure that the printer can keep up with the speed of the production line and accurately print on moving rubber items.
  3. Batch coding and branding:
    Inkjet coding printers can be used to print batch codes, logos, barcodes, and other information directly on rubber products. This helps manufacturers track and trace their products, comply with regulations, and enhance their brand visibility.
  4. Customization:
    Work with an inkjet coding printer supplier who can provide customized solutions tailored to your specific rubber items, production line requirements, and desired print quality.
inkjet coding on rubber
inkjet coding on rubber
inkjet coding on rubber

In conclusion, continuous inkjet coding is suitable for printing on moving rubber items such as tubes, cables, gaskets, sleeves, and more. By selecting the correct ink, ensuring proper integration with the production line, and choosing a printer with the necessary features, manufacturers can achieve high-quality, durable prints for batch coding and branding purposes.

How to do laser marking on rubber?

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Laser marking suits the rubber industry, allowing direct etching and engraving messages on the product. The laser utilizes a focused beam of light to create high-contrast, precise, on the rubber surface. This process works well with various types of rubber, including natural rubber, synthetic rubber, and silicone.

Laser marking offers several advantages:

  1. High precision:
    Fiber Laser provides highly detailed and accurate information, allowing for intricate designs, logos, barcodes, and text on rubber surfaces.
  2. No contact:
    Since laser marking results in a non-contact process, the rubber material has no physical wear. Also, it eliminates the need for consumables like ink and solvent.
  3. Durability:
    Laser marking rubber is resistant to abrasion, heat, chemicals, and UV exposure. Additionally, ensuring that the marks remain legible and intact throughout the product’s life.
  4. Flexibility:
    Fiber or CO2 Laser systems also have software programs to set different messages at variable speeds to print on rubber.
  5. Speed and efficiency:
    Laser rubber marking is fast, making it suitable for high-volume production environments.
rubber marking
rubber marking
rubber marking

Select the suitable laser type for laser marking on rubber, such as a CO2 or fiber laser. And adjust the parameters like power, speed, and frequency to achieve the desired result without damaging the printable material.

In conclusion, the laser is an effective and versatile method for the rubber industry. Manufacturers can achieve high-quality, durable, and precise printing of rubber products by selecting the right equipment.