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Printer test pages by printer type
A nozzle check tells an inkjet everything and a laser nothing. Start from the machine you actually have, then choose the sheet that exposes its particular failure modes.
Test pages by printer type
- Inkjet — Inkjet faults happen at the nozzle, not in the driver. This sheet puts every channel side by side so a single clogged row cannot hide behind a busy document.
- Laser — Laser faults live in density, fusing and geometry, and none of them involve nozzles. This sheet measures how evenly toner is laid down and whether it stays on the paper.
- Photo — Photo printers are judged on gradients, gloss and gamut rather than on straight lines. This sheet gives you smooth ramps, primaries and a neutral grey so banding and colour casts cannot hide.
- Label — Labels are small, expensive and unforgiving. This sheet checks registration, edge definition and quiet zones on the actual stock before you commit a whole run to it.
- All-in-One — An all-in-one hides four devices behind one chassis, and they fail independently. This sheet is made to be printed, then scanned and copied, so a single page exercises the whole machine.
- Large Format — Wide printers fail across the width rather than down the page. This sheet carries the pattern from edge to edge so a banding fault on one pass cannot hide in the middle of the sheet.
Set scaling to 100%. Choose Actual Size in the print dialog, never Fit to page — scaling distorts every measurement on this sheet. The Download PDF button hands you that same sheet as a ready-made file, so there is no scaling decision to get wrong.
Choosing a sheet by printer type
- Identify the technology first: liquid ink or toner. Almost every other choice follows from that one.
- Open the matching page from the list above.
- Load the paper you really print on — photo stock, label sheet or plain paper, not something else.
- Set scaling to Actual Size or 100% and quality to Best or High.
- Print the sheet and hold it against the on-screen preview.
- Keep that first sheet. Every later test is only meaningful against a known starting point.
Reading the result
| You know the machine but not which sheet to use | Match the failure mode, not the badge. Liquid-ink faults belong to a nozzle check, toner faults to a density ramp, and geometry faults to the alignment page — on any brand. |
| The sheet is right and the result still looks wrong | The device class is not the problem then. Move to the symptom guides and match what you can physically see on the paper. |
| Your machine is not in the list | Choose by technology rather than marketing. Anything that lays down liquid ink behaves like an inkjet and anything that fuses powder behaves like a laser, whatever the manufacturer calls it. |
| You cannot tell whether it is ink or toner | Toner machines ship a cartridge that feels light, and a printed mark will scratch off with a fingernail. Ink machines use a heavier cartridge, and a wet finger will smear the mark instead. |
| The same sheet behaves differently on two machines | Expected, and useful. Keep the paper, the quality mode and the driver settings identical so that only the machine changes, and the difference you see is the one you were measuring. |
Also check
- Nozzle check — The single highest-signal sheet for any liquid-ink machine — gaps in a row are visible from arm’s length and cost nothing to interpret.
- Black and white page — The toner equivalent: density and text sharpness without colour conversion getting between you and the print engine.
- Alignment page — Geometry faults are independent of the ink or toner technology, so this sheet is the one result that transfers across every machine you own.
Related test pages
- Inkjet printer test page — Inkjet faults happen at the nozzle, not in the driver. This sheet puts every channel side by side so a single clogged row cannot hide behind a busy document.
- Laser printer test page — Laser faults live in density, fusing and geometry, and none of them involve nozzles. This sheet measures how evenly toner is laid down and whether it stays on the paper.
- Photo printer test page — Photo printers are judged on gradients, gloss and gamut rather than on straight lines. This sheet gives you smooth ramps, primaries and a neutral grey so banding and colour casts cannot hide.
Frequently asked questions
Do I really need a different test page for each type of printer?
Not strictly — every sheet here is drawn at the size and pattern you choose, so any of them will run on any machine. What changes is which fault the pattern exposes. A nozzle check proves an inkjet head is clear and tells you nothing at all about a laser fuser, so picking by type mainly saves you from reading a result that was never going to be informative.
What if my machine prints both ink and toner?
Test the two engines separately on the same sheet. Hybrids have independent print paths that fail independently: the ink side can be clogged while the toner side is perfect, and only running both will reveal that. Print once from each mode and compare them side by side rather than trusting one pass.
Should I use a brand page instead of a type page?
Use the type page first. Technology decides what can go wrong; the brand only decides which button to press or which utility to open. Once you know what the fault actually is, the brand page tells you how to clear it — the order matters because the brand cannot tell you what is broken.
Does the paper matter as much as the printer type?
Almost as much. Photo media, uncoated plain paper and label facestock lay ink or toner down in genuinely different ways, so a result only transfers between prints made on the same stock. Change the paper and you have changed the experiment.
Where should I start if I am not sure what is wrong?
Print the nozzle check if the machine uses ink, or the black and white sheet if it uses toner. Those two give the clearest first signal, and from there the reading table tells you whether to move on to geometry, colour or density.