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How to Refill Toner Cartridges without a Fill Hole?

The replenishment of an empty toner cartridge is almost universal in all brands. The only difference lies on the method of opening the toner chamber. Users either remove a fill plug or create a fill hole before proceeding with the refill process. To administer the refill of no-fill hole cartridge is outlined below:

Before the refill prepare the following:

a) Purchase a refill tool. A one-time purchase that can be used for subsequent refills. This is a special type of soldering iron where the copper tip is cylinder-shaped at 18mm to 20mm in diameter. When plugged, the copper tip heats adequately to allow easy carving of a hole on the cartridge’s polymer surface.

b) Purchase a compatible toner refill kit. Before acquisition, check the printer brand and model and the cartridge number. Then order a compatible toner refill kit from a reliable seller.

c) Check package contents upon delivery. A complete set of compatible toner refill kit should include a bottle of replacement toner powder, a pair of latex gloves, toner wipes, funnel cap, and instruction manual.

d) Choose a well-ventilated and well-lighted area to conduct refills. Better to work on a flat and sturdy workbench or table with a trash bin nearby. Line the workspace (table and floor area) with old newspapers to prevent toner from coming in contact with and leave stain marks. This is just a precautionary measure though, in case toner spill occurs. Although toner spill is possible, it rarely happens.

How to Refill "No-Fill Hole" Toner Cartridges?

Read the instruction manual.

Remove the empty cartridge from the printer. Place on the table and mark the exact location of the fill hole.

Plug the refill tool and place it on the tool stand to heat. It should take 3 to 5 minutes.

When heated, vertically aim the cylindrical tip over the marked spot. Push the refill tool gently to carve a hole and reveal the toner chamber. Once done, withdraw the refill tool, let it rest on the tool stand, and unplug. Leave it to cool down.

Check the hole and retrieve loose plastic material inside the chamber.

Dump old toner inside the trash bin. If old toner still remains inside the chamber, use a toner vacuum to relieve all residue.

Pour in the replacement toner. Screw on funnel cap over the toner bottle rim. Tip the bottle and let toner flow freely into the chamber. Then clean off toner residue on the cartridge’s surface using toner wipes.

Seal the fill hole with duct tape or electrical tape.

Replace the lockout chip.* Locate and open the crack or hole that holds the lockout chip. Remove the old chip and insert the new one.

After the refill, do the following:

a) Gently shake the cartridge from side-to-side to distribute toner evenly. b) Load the cartridge back to the printer. c) Run a test print.

This is the entire how to refill toner cartridges with toner refill kits process.

*Not all cartridges require the replacement of a lockout chip. So check it out first before proceeding with this step.

#how to refill #toner refill kit #refill toner cartridge #how to toner refill

Printer Consumables: Toner Cartridges Versus Ink Cartridges

Regular printer users have a preconceived notion that inkjets and laser printers deliver the same results. So it doesn’t really matter what type of printer you are using so long as it can provide you with the same output quality. Whether you use an inkjet printer or a laser printer it wouldn’t really make any difference. A document will come out as you want it to be.

On the onset, there is really a BIG difference between an inkjet and laser printer. This is evident with the type of consumables being used.

Printer Consumables Used

An inkjet printer uses an ink cartridge, a consumable containing liquid ink. The printing process involves wet ink applied to paper with a print-head through pressure. It prints by shooting bubbles of ink in a controlled jet onto the paper. Meanwhile, the laser printer uses a toner cartridge.

Toner cartridges are filled with a fine powder that can be magnetically charged. Upon printing, an electrically charged drum picks up the tiny particles, then rolls them onto the page according to the pattern you printed. A laser then fuses these particles to the page with heat.

Cartridge Page Rating

The biggest difference between these two would be the price, coverage and reliability of its consumables.

Ink cartridges, depending on how heavily you print, can dish out 500 copies at 5% page coverage. Ink is a bit more of a hassle since it dries out and can clog the cartridge. You will need to replace the clogged cartridge which becomes costly in the long run.

As for toner cartridges, a toner cartridge rated 2000 pages at 5% page coverage isn't so bad. This can also increase up to 40% with the use of a toner management software. Even though toner cartridges are priced much higher than Ink cartridges, these offer larger print coverage at the rate of thousand pages at the standard page coverage of 5%.

Print Quality While both printer types serve a similar purpose – to deliver a printer copy of digital information, the technology infused in each machine is different from the other. This is the reason why print quality is distinctive. In order to fully benefit from what each printer offers, you need to asses your printing requirements. If mostly printing coloured documents and digital images, inkjet printers is the perfect equipment. And if requiring heavy printing mostly in black and white, then the laser printer is best.

So much for their differences, I think it all goes down on how you use a printer. So may it be an inkjet printer or laser printer, if you choose the right machine for your printing requirement, then all else will be moot. Just remember that when it comes to consumables, you have a choice between genuine and compatibles. While the latter is less expensive, it does not follow that it is unreliable and risky to use. In fact, compatible ink and toner are competitive products that perform similarly with the genuine counterpart. So the next time your printer runs out of ink and toner, consider using low-priced ink and budget-friendly remanufactured toner cartridge.

#toner vs ink

Laser Printers vs. Inkjet Printers – Which is the Better One?

Laser printers and inkjet printers are devices purposely for procuring hard copies or physical duplicates of documents and photos. Although serving a similar purpose, these two produce prints differently since the technical systems used in laser printers and inkjets are technically extreme opposites. Comparably, the process of extracting digital information from the computer and/or compatible mobile device is similar to both printers. What sets them apart is the manner of transferring that digital information on paper or media.

Laser Printers and Inkjet Printers – What makes them Different?

Laser Printer in Concept Laser printers use dry toner powder to print texts and images on paper. This alone differentiates it from inkjets, which uses ink to transfer digital information on media.

The Printing Process Briefly:

Digital information (texts and/or images) is extracted from the computer and/or compatible mobile device and initially inscribed on the Organic Photo Conductor, otherwise known as OPC drum.

Toner is released from the cartridge and systematically directed to sit onto the texts and/or images inscribed on the OPC drum to create a toner version of the said texts and/or images.

Paper comes in contact with the OPC drum. When this occurs, the toner version attaches to paper.

Paper then moves into the fuser assembly. Heat and pressure is used to fix the texts and/or images on paper.

Paper is released from the printer.

Laser printers output is different from inkjets. Foremost, the output quality is polished. Second, prints are permanent, long lasting, and free from smudge and scratch. And prints are delivered at a remarkably fast speed. Despite the many noteworthy features though, laser printers still fall behind inkjet printers in terms of photo printing.

Inkjet Printers in Summary It was in the year 1950 that the printing concept was first developed. However, it was not until 1970 that the same technology was distributed as a commercial application with Canon, Epson, and HP at the forefront of the development. Since then, the inkjet printer technology has become widespread serving an extensive number of niche markets. From budget printers for home use and small business use; to photo printers for photographers and photo shops; and heavy-duty printers for offices and businesses with high-volume print requirements.

The inkjet printing process incorporates droplets of ink to create a digital image. As such, modern inkjet printers use hundreds to thousands of microjets that can deliver millions of ink droplets per second to ensure that printed documents and/or images are perfect duplicates of the extracted digital information. The DOD technology (drop on demand) is the most utilized among printer brands and there are even several versions to it. For instance, Epson found a perfect match for its printers with the piezoelectric DOD technology. And Canon embodied the thermal DOD technology in its Bubble Jet patented design. Hence, expect this technology in printers that use the Canon BCI 6 pack ink cartridges.

Considering the varying technologies adopted by inkjet printer brands, it follows that the type of ink loaded also differs. Water-based ink is used for printers using the thermal DOD technology, while solvent-based ink is for piezoelectric DOD types. The application for these printer types is likewise different. The thermal DOD is common for all office printing applications while the piezoelectric DOD is use for specialty applications including the printing of outdoor banners and related campaign materials.

Inkjet printers boast superior print quality over other printer types but its print speed remains a hitch. Typically, it takes more time to print a single document.

Ultimately, the differences between the two printers are irrelevant. May it be a laser or an inkjet, users are assured that the printers are built to perform well. It is up to the users to choose which fits their requirements. For your guidance, lasers are good for text printing and simple charts while inkjets are perfect for graphics and photo printing.

Repetitive Defect Chart: Dependable Guide to Troubleshooting Print Quality Defects.

Print quality defects hardly manifest in the operation of brand new HP LaserJet CP1215 laser printer units. Over time, print defects could no longer be avoided as the printer ages. The reason for this is obvious. As printer components start to wear out on the aging printer, this directly manifests over the output pages. The print engine of the laser printer works mechanically to deliver paper from one component to the next; aided in the process by sensitive sensors which inform the user in the event that one vital part malfunctions and shut-off the printer unit altogether. This is an automatic response system because operating with a damaged component would affect the condition of all the other components and consequently increase printer repair and maintenance costs in the process.However, the user can easily monitor the condition of pertinent printer components through the print defect that manifest over the printout and institute troubleshooting by simply studying the physical properties (i.e. the defect’s ruler measurement) of the defect and identifying the suspect component through the printer’s Repetitive Defect Chart thereafter. Any print defect is typically triggered by a damaged printer component; but identifying the source component for the defect without the aid of the Repetitive Defect Chart can be difficult and time consuming. For example, if the Image Transfer Belt (ITB) is damaged, the ensuing print defect manifests at intervals of more than a full page. Thus, replacing the ITB at this point makes more sense in the intent of restoring acceptable print quality. The same also holds true for defects that cover a distance of 75.8 mm over the face of the paper as this print anomaly points out to a defective Organic Photo Conductive (OPC) Drum. In this case, the component has to be cleaned and thoroughly assessed or replaced.

Below is a rundown of different laser printer components and the corresponding print defect that legibly shows on the printout which directly affects the integrity of prints.

· Defective ITB the distance is 633.6 mm and is longer than one full page.

· OPC Drum – 75.8mm

· Transfer Rollers – 57.0 mm

· Fuser Pressure Roller – 56.8 mm

· Fuser Sleeve – 56.5 mm

· Registration Roller – 44.0 mm

· RS Roller (feed roller) – 28.5 mm

· PCR (Primary Charge Roller) – 26.7 mm

· Developer Roller Sleeve – 22.3 mm

The Repetitive Defect Chart clearly identifies problem components that consequently eases out the troubleshooting process to free the laser printer from nagging print defects. It is for a fact that for brand new laser printer units, the only defect that could materialize is one coming from a low toner supply. This can be easily resolved through the purchase of a brand new toner cartridge to replace the exhausted unit. A more cost-effective option is the refill of used toner cartridges with compatible toner supplied with the HP CP1215 toner refill kit which generates big savings in the process.

The monochrome toner cartridge costs $80, while the corresponding refill package retails for only $33.95. Both toner products deliver similar print quality and yields 2200 at 5% page coverage. Package also comes with a cartridge reset chip.

Article Source: Laser Tek Services

#HP #Printer #Printing Solution #Troubleshooting

The HP Envy 110e all-in-one printer takes its lead from the HP Envy 100, which was one of the giveaways at the popular Ellen DeGeneres 12 Days of Giveaways Show, but is now rehashed to improve performance. Of course, the stylish features and sense of elegance that made the HP Envy 100 printer a stunner have been retained in the Envy 110. In addition, to sustain the print quality expected from the Envy series printers, HP has considerably sustained supply of HP inkjet cartridges to meet user demand squarely. . . . . . . . . . .

What’s Best for a Graphic Design Printer?

Graphic design is no longer restricted to print shops because print jobs, particularly if not as huge as imagined, can now be executed in-house. This condition also exists if outsourcing is not an option due to budget constraints. In that case, the in-house printer has to shoulder the brunt of graphic printing jobs. However, the question is whether the office printer can handle the job. And the answer is yes! That is if it is classified as a graphic design printer, then jobs of this type can easily be consummated. Nonetheless, the best printer for graphic designers is a toss between a model that operates on inkjet cartridges and another that runs on laser toner cartridges; whichever is more attuned to the print jobs to be processed.

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