If you run a warehouse, a small factory, or a packaging line, you've probably wondered how big brands print batch codes, logos, and barcodes so cleanly on boxes, bottles, and bags. Typically, it is an Industrial Inkjet Coder or a Handheld Inkjet Printer. The two machines have essentially similar operations: they impose enduring marks on a product, but they serve significantly different applications.
What Is an Industrial Inkjet Coder?
An Industrial Inkjet Coder is a machine integrated into a production line. Automatically prints expiry dates, batch numbers and barcodes on items as they pass by on a conveyor belt. It's fast, consistent and no person has to press a trigger; factories love it. If you're printing thousands of units a day, an Inkjet Coder is the standard choice.
However, not all businesses have a full conveyor line. Small workshops, home-based sellers, and businesses shipping irregular batches often don't need something that big or expensive. That is where a more flexible and simple instrument helps.
The Rise of the Handheld Inkjet Printer
A Handheld Inkjet Printer is a handheld device that uses an inkjet printing technology to print on a surface while moving. You don't need to install it on a production line - you can just pick it up and print straight on cartons, pipes, bags, metal parts, and wood.
Flexibility is the most important feature of an Inkjet Printer. Printing on curved surfaces, oddly shaped packages or one-off items that would never fit under a fixed coding machine. It's also much less expensive to begin with, making it an excellent choice for small and medium businesses.
Why Solvent Ink Matters for Packaging
None of this equipment matters much without the right ink. Industrial Solvent Ink for Packaging dries quickly and adheres to all products and surfaces, including plastic, glass, metal, and coated cardboard surfaces, where regular ink would simply slip off. Industrial Solvent Ink must resist smudging, scratching and water to facilitate reading codes from the warehouse to shelf, as packaging can be exposed to moisture, handling and rough transportation.
This is where Evebot Solvent Ink comes in. The product descriptions on the official website state that the solvent ink cartridge is designed to be used on porous and non-porous materials and is resistant to scratching, abrasion and water.
Bringing It All Together
An Industrial Inkjet Coder is still viable in an operation with a heavy conveyor line for high-volume, automated coding. An Inkjet Printer, on the other hand, is the practical solution if you're looking for something that prints text, barcodes, QR codes and logos right on packaging without the need for fixed equipment.
The PrintInd 26 mm Thermal Inkjet print device is an example of such a device; it is capable of printing at 300 DPI, prints a 26 mm print width, is Bluetooth-connectible to a mobile app, and operates on a rechargeable battery that can be used for more than 1,000 continuous prints. It works with solvent-based ink, and can print on paper, ceramics, metal, wood, plastic, glass, canvas, cardboard and mugs; prints are waterproof after ink dries on non-absorbent surfaces.
FAQs
1. What is the main difference between an Inkjet Coder and a Handheld Inkjet Printer?
An Inkjet Coder is installed in a production line and used for automated and high-speed printing, whilst a Handheld Inkjet Printer is mobile and hand-operated, ideal for short runs or for packaging with unusual shapes.
2. Why is Industrial Solvent Ink For Packaging different from regular ink?
Industrial solvent ink for packaging dries faster and retains a higher level of scratch and water resistance than normal packaging ink.
3. Can an Inkjet Printer replace a fixed Inkjet Coder?
For low to medium volume or irregular items, yes. For high-speed conveyor printing, however, a separate Inkjet Coder is still better suited.
4. What surfaces work with Evebot Solvent Ink?
Based on the official product specs, Evebot Solvent Ink supports paper, cardboard, plastics (PP, PVC, PE), metals, glass, ceramics, textiles, wood, leather, and powder-coated surfaces.