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Inkjet Printing Machine

Advantages of Inkjet Printing Machin

Simplified, More Efficient Workflows

Modern inkjet printing technology with variable data, process color and opaque white ink capable printers are far less difficult to use than older, more complicated presses. With very little set up time and rare mid-production adjustments, jobs can be run unattended and be completed within much shorter timeframes.

On-Demand Possibilities

With an industrial printer on site, you’re able to turn around finished products in a very short time frame. This also gives you the ability to take unique customer requests, which can be a major differentiator between you and your competition. You can also quickly create seasonal and timely pieces, like if a local high school wins a big baseball game or an upcoming event needs last-minute banners printed.

High-Quality, Large-Volume Printing

You don’t always know what you’ll be getting if you send your products off site for printing or purchase them preprinted. Outsourcing companies may claim to have “cutting edge” equipment, when in reality they are using antiquated systems that are not suitable for your application, resulting in low-quality prints.

Little to No Waiting Periods

The wait time to receive your final product is seemingly nonexistent if you own your own inkjet printer. Outsourcing can have a long turnaround since items need to be shipped, printed and then shipped back to you. The delivery dates are also never a guarantee since there could be production issues, shipping delays or both.

Types of Inkjet Printing Machine

On-Demand Type

With this method, only the amount of ink particles necessary for printing are discharged. The ink nozzles are arranged vertically within the printer. Ink particles are instantaneously discharged from the nozzle and are sprayed on the target. Piezo, thermal, and valve are the methods used to apply pressure to the ink particles and discharge them.

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Continuous Type

In this method, ink particles are continuously discharged from the nozzle. The ink particles are charge with electrostatic, and deflecting electrodes are used to deflect the ink particles so that they are spray on the printing surface. Ink particles that are not deflected are collected, returned to the ink tank, and reused. Even when printing is not being performed, ink is continuously discharged at all times, which is why they are called continuous-type printers. This is the most commonly used method among industrial inkjet printers.

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Printing Photos

Inkjet printers are the best choice for printing photos, as they can produce high-quality images with smooth gradients and rich colors.

Printing Documents

Inkjet printers can also be used to print documents, such as letters, reports, and presentations. However, they are not as fast as laser printers for printing text-only documents.

Printing Graphics

Inkjet printers can be used to print on a variety of paper types, including glossy, matte, and photo paper.

Printing on Special Paper

Inkjet printers can be used to print on a variety of paper types, including glossy, matte, and photo paper.

Working Principle of Inkjet Printing Machine

1.The driving principle of an inkjet printer is to convert digital files into physical copies. This conversion is possible thanks to specialised software called a driver.

2.The driver converts the digital text or photo file into a language which is understandable by the printer.

3.This information is then transferred to the print head which is a component which houses the ink cartridges.

4.The print head features thousands of tiny holes. The ink from the cartridge reservoirs is then forced under pressure through the holes to create high volumes of individual ink droplets.

5.The print head moves rapidly across the page distributing the minuscule ink droplets onto the page to create the image.

6.With inkjet printers featuring automatic double-sided printing capabilities, the page is then inverted to allow for printing on the opposite side.

7.This reversal of the page is achieved using a duplex unit. The duplexer unit employs stepper motors and rollers to draw the page through a pathway which flips the paper to the opposite side to allow the print head access to the reverse side.

8.Once the page is completed, the paper needs to be ejected. Usually, the pages are collected into an expandable paper output tray.

9.This process is repeated until the document has finished printing, with the most advanced inkjet models printing more than 40 pages a minute.

Maintenance Tips for Inkjet Printing Machine

Step 1: Remove the Ink Cartridges and Switch off the Machine: In order to remove ink cartridges from an inkjet printer, the cartridge housing often needs to be positioned in the centre of the stabiliser bar. On most printers, if you open the front of the machine, the housing will often reposition itself automatically - allowing you to extract the cartridges. Once you're done this, switch the printer off at the mains.

Step 2: Clean the Cartridges: Once you're removed the cartridges from the printer, you'll probably find they're clogged with excess ink around the print head. To remove this, take a square of paper towel, spray with window cleaner, and gently wipe the cartridge, taking care to remove any and all excess ink. When you're happy all ink has been removed, set to one side on another sheet of paper towel.

Step 3: Clean the Ribbon : The ribbon is an integral component of the inkjet printer, and it should be cleaned regularly to ensure optimum functionality. Using a square of paper towel soaked in window cleaner, gently wipe any ink or debris from the ribbon. Be sure to do this gently - inkjet ribbons are notoriously fragile, and costly to repair or replace should any damage occur.

Step 4: Clean the Cartridge Housing: Given that the cartridge housing holds the ink cartridges in place, naturally it is prone to accumulating dirt and grime. Using a paper towel (as well as cotton swab for those hard to reach areas), wipe the cartridge housing with window cleaner to remove ink, grime and debris.

Step 5: Oil the Stabiliser Bar: Running directly through the centre of the printer, the stabiliser bar allows the ink cartridges to travel back and forth across the page, distributing ink where appropriate. To ensure complete functionality and smooth operation, it's important to oil the stabiliser bar regularly. To do so, decant a couple of drops of printer oil onto the bar, before manually moving the cartridge housing a long the bar to spread the oil evenly.

Step 6: Re-Insert the Cartridges: Once you're happy that all visible dust, dirt and grime has been removed from your printer, switch it back on at the mains and re-insert the cartridges. Then, run any cartridge realignment checks as recommend by the manufacturer - and you're done.

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Ultimate FAQ Guide to Inkjet Printing Machine

Q: What is the difference between inkjet vs. laser printers?

A: Both printers can print in color or in black and white. The major difference between inkjet and laser printers is the technology they use to print documents.
An inkjet printer sprays liquid ink onto paper, while a laser printer uses toner, which is a dry toner powder that is transferred to paper using heat and pressure. Laser toner cartridges for laser printers usually last longer and cost more than ink cartridges for inkjet printers.
Laser printers generally costs more than inkjet printers, but they also have a faster print speed and usually have a longer lifespan. Inkjet printers are better for printing photos and color documents, while laser printers are better suited for printing text-based documents.
Ultimately, the printer you choose will depend on both your budget, printing process and printing needs.

Q: Why do you need a digital inkjet printer?

A: The most common reason to purchase a digital inkjet printer is to have a new, technologically advanced machine to keep up with the competition. You may have hit certain limitations with traditional printing methods such as image size and color capabilities. A digital inkjet printer can easily print large, full-color images with innovative new technology. Print on a wide variety of substrates such as wood, glass, plastic, metal and stainless steel. In addition, a digital inkjet printer is a great solution to reduce your carbon footprint and move away from solvent-based printing. Overall, a digital inkjet printer does not have as many consumables as traditional printing methods, which will make inventory more manageable.

Q: What will your digital inkjet printer be used for?

A: A digital inkjet printer is great for printing on promotional items, electronics, industrial products, and more. Some common applications include magnets, keychains, pens, and USB drives. Keep in mind the size of the object you want to print and the capabilities of each printer.

Q: What type of maintenance will I need?

A: All digital inkjet printers require maintenance. Daily maintenance occurs in regular intervals during the morning, midday and at night. It is important to factor in how much time the operator is going to spend on maintenance. Most flatbed maintenance tasks are automated such as purging (using air to push ink through the print heads) followed by a rubber wiper that wipes excess ink off the print heads. The machine will automatically clean ink mist off head plates and UV lamps.

Q: What type of training will I need?

A: There are 2 types of training you will need after purchasing a digital inkjet printer: software training and maintenance training. Software training includes artwork prep such as how to create and upload a design. Training also includes getting familiar with related software such as the printer control system (PCS) and raster image processing (RIP). Maintenance and software training should occur when technicians are installing and setting-up your machine. All maintenance should be described in a step-by-step guide included in the standard operating procedures (SOP) document given to each customer.

Q: How do digital inkjet printers work?

A: The print head features thousands of tiny holes. The ink from the cartridge reservoirs is then forced under pressure through the holes to create high volumes of individual ink droplets. The print head moves rapidly across the page distributing the minuscule ink droplets onto the page to create the image.

Q: Is a digital printer the same as an inkjet printer?

A: Digital inkjet printing, ink is transferred directly onto the surface. Rather than relying on aluminum plates and rubber blankets to transfer an image, digital printing uses liquid ink during production. Traditional home inkjet printers are one of the most common digital printing methods.

Q: What is the average life of an inkjet printer?

A: Generally, the average lifespan of an inkjet printer is around 3-5 years under normal usage. If you use the printer more frequently than average or if you're using it for a business, you might find the life of your printer is shorter.

Q: Do inkjet printers need to be used regularly?

A: These printers are designed for less frequent, intermittent usage patterns. For example, they may have better capping systems, or they might do things like charge the head when it is parked, so ink is naturally repelled. In general, though, they still like to be used. Ideally, at least once a week.

Q: Do inkjet printers dry out if not used?

A: Do ink cartridges dry out? Yes. Ink cartridges dry up quickly and can easily become clogged when inkjet printers aren't used frequently enough.

Q: Why do inkjet printers stop working?

A: This is pretty specific to inkjet printers. It's usually because the print heads need to be calibrated. So you can often see it happening after replacing an ink cartridge. The cartridge is new and the ink nozzles are clean, but new print heads mean you need to check the head alignment.

Q: Can inkjet printer be repaired?

A: Some issues, such as clogged print heads or a paper jam, can be fixed easily, And if the printer is still under warranty, repairing it may be the obvious choice. However, other problems may be more complicated or require expensive replacement parts.

Q: What precautions should be taken when using an inkjet printer?

A: • Make sure that you have unplugged the printer from the AC power outlet.
• Use neutral detergents. Cleaning with volatile liquids such as thinner or benzine will damage the outside surface of the printer.
• DO NOT use cleaning materials that contain ammonia.

Q: When are continuous inkjet printers the recommended printing solution?

A: Continuous inkjet printers can print on plastic, metal, glass, paper, cardboard, corrugate, wood, and more. Typical applications include beverage cartons, cans, and pouches, pharmaceuticals, small cardboard boxes, cabling, and small components. Almost any product or packaging that moves on a conveyor or extruder is a good candidate for continuous inkjet printing.

Q: What is the difference between continuous inkjet printing and contact coders?

A: Continuous inkjet printers never touch the product. The typical optimal distance from the printer’s printhead to the product is 3/16th of an inch, although readable print can be achieved with much longer distances. This gives continuous inkjet printers the advantage to print on more curved and irregular surfaces, like bottles and bags, compared to contact coders.

Q: What would cause an inkjet printer to fail to?

A: Ink or toner problems can keep a file from printing. For example, some color inkjet printers will not print if one of the ink cartridges is empty, even when the other ink cartridges have ink. In other words, the document will not print if the blue cartridge is empty, even though only black ink is needed.

Q: How often should ink cartridges be replaced?

A: The frequency of replacement depends on usage. Typically, cartridges need replacement when they are low or when print quality diminishes.

Q: What are the criteria when choosing an inkjet system?

A: Material of the Surface to Be Marked:Surfaces may be classified into absorbent or porous substrates (e.g. carton, wood, paper) and non-absorbent or smooth substrates (plastic, metal, glass). The printer must use inks producing satisfactory results in terms of print image, application and drying time.
Inkjet Coding Size: Inkjet printers are capable of producing various font heights and numbers of printed rows in a single operation, depending on the space available for printed text. Production Speed: Standard or high-speed systems are available, depending on how many products or how much packaging (stationary or moving) must be marked per minute.
Print Volumes and Operating Time: Systems with large ink reservoirs reduce the frequency of cartridge exchange and the impact this will have on overall system efficiency. Printers are also available for non-stop production, enabling ink top-up without stopping operation. Printhead Mounting Position: Marking is basically possible from top, bottom or sides. The construction may, however, not allow all printing systems to perform equally well in all positions.
Ambient Conditions: Rough environments are often found in industry, subjecting inkjet printers to dust, moisture, vibration or strong temperature fluctuations. In addition to a robust design, inkjet printers may therefore require a specific IP protection class or special protection systems.

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