Although making the leap into digital inkjet product decoration can be a daunting challenge, there are many reasons for doing so. Despite having a higher upfront capital cost, on average, as compared to traditional analog methods of product decoration, industrial inkjet printers offer many advantages over other methods. Below are six of the top reasons for converting to digital.
1. Industrial Inkjet Printers Offer “Contact-less” Printing For Delicate Substrates
Analog methods of product-decoration such as pad printing press the ink onto the part. Delicate parts such as light bulbs or Christmas ornaments do not lend themselves to such methods. With digital inkjet printers, there is no actual contact with the part, as the ink is jetted from as much as 10 mm away. In addition, all of our industrial inkjet printers use UV-curable inks. After receiving the ink, the part passes under an LED lamp and is instantly cured by UV light, without heat.
2. Industrial Inkjet Printers Enable Quick Changeovers
To set up a pad print job, you must first create a cliché with the image to be transferred to the part. Additionally, pad print machines use spot colors, so the ink must be mixed and loaded into the ink cup.
With industrial inkjet machines, there is no cliché, as ink is jetted direct-to-object. In most cases, there is no ink to change out as industrial inkjet machinery uses the process colors of cyan, magenta, yellow, and black.
3. Industrial inkjet Printers Enable Variable Data
Because the image is digital and there are no clichés, industrial inkjet printers are ideal for printing sequential serial numbers on otherwise-static artwork. So, for example, you could print a 10,000-unit run with identical branding and product information but with each one having a unique serial number.
This leads to perhaps the single-biggest reason to convert to industrial inkjet printers for product decoration…
4. Industrial Inkjet Printers Make Short Runs Economical
Any time a machine is not running, it is costing its owner money. With analog methods of product decoration, the way to maximize overall equipment effectiveness is through minimizing changeovers and make-ready work generally, and maximizing run lengths.
With industrial inkjet printers, once the artfile has been stored in the printer, it can be recalled with a touch of a button, and there are no clichés, inks, or pads to change out. One-off production becomes a possibility. And with no ink or clichés to change out…
5. There Is Less Waste With Industrial Inkjet Printers
With pad print machinery, any unused ink in the ink cup is simply wasted. With industrial inkjet printers, the ink is constantly recirculated, and most parts can be decorated in high-resolution CMYK for mere pennies, depending on the size and complexity of the art to be printed.
6. Industrial inkjet Printers Facilitate Leaner Inventories
When printing direct-to-object with an industrial inkjet printer, there are no labels to keep in inventory. This saves precious floor-space in a factory. In addition, because short runs can be economical when using industrial inkjet machinery, many parts can be left in an unfinished state and decorated on-demand in just-in-time fashion. This can reduce the need to warehouse finished goods, again saving a company money.

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There are many factors to consider when contemplating converting from analog to digital methods of product-decoration. (You can download our White Paper on the subject here: Investing In Digital Printing: 5 Factors To Evaluate) Industrial inkjet printers are not the solution for every print job or for every company. But despite a typically higher initial CapEx than with analog methods of product-decoration, inkjet printers can start saving money in myriad ways. We hope you enjoyed the six we’ve listed here.
Want to find out more about industrial inkjet printers? Drop us a line!
After a terrible year in which so far over 260,000 Americans have succumbed to the novel coronavirus, and with millions more deaths worldwide, it appears as though there is light at the end of the tunnel. No fewer than three different vaccines are either in final stages of testing or are in the initial phases of being rolled out to patients.
It is estimated that “herd immunity” occurs when a minimum of 70 percent of the population is vaccinated, which will require two doses. But just how do you quickly vaccinate 320 million Americans—twice each—in a short period of time? Not only do vaccines take time to culture (you can’t cook a Three-Minute Egg in one minute simply by turning up the heat), but so too do all of the ancillary products take time to manufacture, products such as the syringes with which to administer the vaccine.
Six hundred and forty million doses means 640 million syringes. How do you scale up and manufacture nearly three-quarters of a billion syringes as quickly as possible? In a word, automation. As with so many manufacturing processes, the bottleneck activity in part-marking is usually the ancillary activities adjacent to the actual process of marking the part, with part loading and unloading being the frequent culprits. For this reason, we have designed the XRV Rotary Syringe Printer for high-speed syringe marking.
With the XRV, the operator loads bulk syringes into a waterfall feeder that cascades into a vibratory bowl feeder. As the parts revolve around the bowl feeder, the syringes fall into a track and become aggregated in proper alignment for marking. The track then loads a rotating table, which moves parts past a rotating drum that houses nine pads, each of which has picked up the image from the rotating cliché, in a manner similar to how offset presses transfer ink from one roller to another. The rotating table moves the freshly-printed parts past a Hot Wind device to quickly cure the ink. Once the part has cured, it is automatically offloaded for secondary activities such as filling, assembly, and packaging.
With fully-automated load and unload and continuous ink-loading capabilities, the XRV rotary syringe printer is ideal for long production runs—the kind of runs necessary to produce billions of doses of a vaccine. If you are looking for ways to speed up your throughput or to dramatically scale up production, give us a call. We manufacture product-marking machinery with custom automation for companies in every industry. Let us help you Change The Way YOU PRINT.

New servo motor replaces step motor for increased repeatability and reliability.
Engineered Printing Solutions is pleased to announce a new version of its celebrated BottleJet Cylindrical Inkjet Printer—the BottleJet 2.1. Highlights include an improved lead screw motion motor, which is now servo-electric instead of a “step” motor for increased repeatability and reliability. Other improvements include an improved bottle fixture, with additional guide rollers that can be installed and removed easily thanks to a quick-release latch. We’ve also added a second mandrel with a shorter stem to accommodate larger bottles.

The UV sensor will prevent accidental curing of print heads.
Perhaps the single-biggest change over the previous model is the addition of a UV light sensor to prevent accidental damage to the print heads. If the sensor detects the presence of UV light, the machine cancels the print job and returns to its home position. In addition, there is a new lamp curtain window, which allows the operator to close off unused sections of the lamp that are not required for the curing process. In previous designs you had to remove the second lamp when not in use and tape over any sections that were not being used in the remaining lamp. A new angle-adjustment knob allows speedy adjustments of the curing lamp, where previously it was necessary to loosen a bolt to make adjustments. This time-saving feature will be much-appreciated by operators. Finally, the curing lamp can now be adjusted to have a negative angle, which means that the BottleJet can now print cylindrical objects with the print heads moving from the top of the part to the bottom without the need for reverse-tooling.
The BottleJet 2.1 has other upgrades as well. A new red laser guide on the head carriage enables the operator to easily set the print origin on the part. An improved method for stirring white inks even when the machine is off reduces startup time. Even the firmware has been upgraded to power the new features of the BottleJet 2.1.
Want to find out more about the new BottleJet 2.1 cylindrical inkjet printer? Drop us a line!

The BottleJet 2.1 can produce photo-quality images in under a minute.