How to Achieve High Adhesion on Polyethylene and Polypropylene Polyethylene (PE) and Polypropylene (PP) are widely used in flexible films, bottles, caps, pouches, and
Comparing Solvent-Based and Water-Based Inks in Inkjet Coding The type of ink you use in inkjet coding directly affects print quality, drying speed, adhesion,
What Is GS1 Compliance and How Does Inkjet Printing Support It? GS1 is a global standard system used to uniquely identify, track, and trace
The Environmental Impact of Industrial Inkjet Inks Industrial inkjet inks play a crucial role in packaging and product marking—but they can also pose environmental
Preventing Nozzle Blockage in CIJ and TIJ Systems Nozzle blockage is one of the most common causes of downtime in inkjet printing—affecting print quality,
How Inkjet Coding Supports Product Traceability Traceability is the ability to track a product’s journey from raw material to the end customer—and inkjet coding
How to Print 2D Codes and QR Codes with Inkjet Printers 2D codes—such as QR codes, DataMatrix, and PDF417—are widely used in packaging for
The Role of Print Resolution (DPI) in Inkjet Printing Print resolution, measured in DPI (dots per inch), defines how many individual ink droplets a
The Difference Between Ink Adhesion and Ink Penetration Ink adhesion and ink penetration are two fundamental—but very different—concepts in inkjet printing. Both determine how
How to Print Codes on Flexible Packaging Films Flexible packaging films—like BOPP, PET, PE, and multi-layer laminates—are widely used in food, snacks, pharmaceuticals, and frozen
Understanding Batch Printing in Production Batch printing refers to the process of marking or coding a group of identical products with the same information—typically
When to Choose UV-Curable Inkjet Ink UV-curable ink is increasingly popular in industrial inkjet applications thanks to its instant drying, high adhesion, and low
What Is Ink Migration and Why It Matters Ink migration refers to the movement of ink components from the printed surface into the packaged
How to Prevent Ink Transfer or Smudging After Printing Smudged codes or transferred ink can ruin product appearance, cause barcode scanning errors, or lead
Industrial Inkjet vs Desktop Inkjet: What’s the Difference? Although they share a name, industrial inkjet printers and desktop/home inkjet printers are built for completely
Choosing Between Black, White, or Colored Inks Ink color selection is more than just a visual decision—it affects code readability, contrast, drying behavior, and
Coding on Curved or Uneven Surfaces: What to Know Not all packaging is flat. Bottles, cans, tubes, cables, caps, and pouches often have curved
What Is Throw Distance in Inkjet Printing? Throw distance, also known as standoff distance or printhead gap, refers to the space between the printer’s
Can Inkjet Print on Frozen or Cold Surfaces? Printing on cold, refrigerated, or even frozen surfaces is a common requirement in the food, logistics,
The Importance of Barcode Grade in Traceability Printing In industries like food, pharmaceuticals, electronics, and logistics, barcode quality is critical to traceability and regulatory
How to Choose Between CIJ and TIJ for Packaging Lines? Choosing between Continuous Inkjet (CIJ) and Thermal Inkjet (TIJ) technologies for your packaging line
The Role of Surface Tension in Inkjet Printing Surface tension is a key physical property of ink that directly influences droplet formation, print consistency,
Why Ink Stability Matters in Industrial Printing? Ink stability is one of the most critical but often overlooked factors in industrial inkjet printing. Whether
Understanding Environmental Conditions for Inkjet Operation Environmental conditions can significantly impact the performance, consistency, and lifespan of inkjet printers. Factors like temperature, humidity, dust,
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