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Inkjet vs Laser & Type Tradeoffs

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Summary

For a home that prints mixed color — homework, labels, the occasional photo — an inkjet wins, and a refillable supertank wins hardest on cost, dropping near a cent a page against a budget cartridge model near twenty cents (Tech Gadgets Canada). A laser only wins for high-volume mono text at speed; it cannot print a photo, and home inkjets rate roughly 10 to 20 pages per minute (PCMag). Match the type to the job, not the sticker price.

Definitions

A printer type is the technology-and-architecture class a machine belongs to, and it decides the tradeoffs long before the model number does. The lead fork is inkjet versus laser: an inkjet sprays liquid ink droplets onto the page (Wikipedia), while a laser fuses dry toner powder with heat (Wikipedia).

Inkjet printer
An inkjet printer is a machine that forms an image by firing microscopic liquid ink droplets from a printhead, using thermal or piezoelectric nozzles, which is why it can render a continuous-tone photo a laser cannot (Wikipedia).
Laser printer
A laser printer is a machine that draws the page with a laser onto a drum and fuses dry toner with heat. It denotes the high-speed mono-document side of the fork, with low cost-per-page on text but no true photo output (Wikipedia).
Cartridge inkjet
A cartridge inkjet is the conventional design that ships ink in small replaceable cartridges. It refers to the low-purchase-price, high-running-cost end of the inkjet family — cheap to buy, dear to feed (RTINGS).
Supertank (ink-tank) inkjet
A supertank inkjet is a continuous-ink-system design that swaps cartridges for refillable reservoirs and high-yield bottles, the architecture that drives cost-per-page toward a cent (Wikipedia); editorial supertank reviews lead with the bottle economics (PCGuide).
Dye ink
Dye ink is a water-based colourant that dissolves into the paper for vivid, saturated photo color. It is the photo printer's choice and the reason borderless prints look rich (Wikipedia).
Pigment ink
Pigment ink is a suspension of solid colour particles that sit on the paper surface for sharper, more water- and fade-resistant text. It is the document printer's choice and the opposite tradeoff to dye.
All-in-one (AIO)
An all-in-one is a printer that adds a scanner, copier, and often an automatic document feeder and fax to the print engine. It denotes one machine replacing three, at the cost of a larger footprint (PCMag).
Single-function printer
A single-function printer is a print-only machine with no scanner or copier. It refers to the compact, lower-cost, portable side of the choice — fewer features, smaller desk claim.
Print resolution
Print resolution is the density of dots a printer lays down, measured in dots per inch (DPI). Photo inkjets reach 4800 by 1200 DPI or finer for smooth gradients, while document machines win at sharp text rather than tonal range (Wikipedia).
ISO ppm
ISO ppm is print speed in pages per minute under the ISO 24734 office test — a stricter figure than the "up to" speeds on a spec sheet. It is the axis where a laser pulls ahead of an inkjet on plain mono text (PCMag).
Duplex and ADF
Duplex is automatic two-sided printing; an ADF, or automatic document feeder, pulls multi-page originals through the scanner. Together they are the features that mark the office workhorse type apart from a budget all-in-one.
An office-class all-in-one inkjet printer with a document feeder on top
The office workhorse type: an all-in-one inkjet adds a scanner, copier, and feeder — the office side of the all-in-one versus single-function fork.

Product types and which job each one wins

Five type forks decide an inkjet purchase. The lead fork is inkjet versus laser: a mixed-color home wins with the inkjet, because a laser cannot print a photo (Wikipedia). Our 59 tracked models span all five inkjet sub-types, from the cartridge ET-2803 to the photo ET-8550. The table names the winner on each axis.

Type fork Wins on running cost Wins on up-front price Wins on text vs photo Best for
Inkjet vs laser Tie — laser on mono text, supertank inkjet on color Inkjet (mono laser close; color laser dearer) Laser for text; inkjet is the only one that prints photos Mixed-color home → inkjet; high-volume mono office → laser
Cartridge vs supertank Supertank, by roughly an order of magnitude per page Cartridge (lower entry price) Comparable text and photo within the inkjet family Weekly printers → supertank; rare printers → cartridge
Dye vs pigment ink Tie (format-dependent, not ink-type-dependent) Tie Dye for saturated photo; pigment for crisp water-resistant text Photo desk → dye; document desk → pigment
All-in-one vs single-function Tie (driven by ink format, not function count) Single-function (fewer parts) Tie Home office needing scan/copy → AIO; print-only → single-function
Office workhorse vs photo specialist Office workhorse (pigment, duplex, high yield) Office workhorse (photo wide-format runs dearer) Office for text and speed; photo for borderless color Documents and duplex → office; borderless prints → photo

Feature categories by type

The forks resolve to hard spec gaps. Cartridge and supertank classes separate by close to an order of magnitude per page; the office WF-4820 and the supertank G3570 sit at opposite ends of that range (TechGearLab, PCGuide). Laser closes the cost gap on mono but loses the photo job entirely (Wikipedia).

Type Typical mono cost-per-page Black yield per set Mono speed (ISO ppm) Photo capability
Budget cartridge inkjet ~10–25¢ ~120–200 pages ~7–10 ppm Yes — basic color photo
Refillable supertank inkjet ~0.5–2¢ ~4,000–7,500 pages ~10–15 ppm Yes — strong color
Office workhorse inkjet ~3–8¢ (XL / pigment) ~900–1,600 pages ~18–25 ppm with duplex Yes — color, not photo-grade
Photo specialist inkjet Higher (6-ink dye) Lower — photo ink burns faster ~9–10 ppm Best — borderless, wide-format
Mono laser ~1–4¢ ~1,500–3,000 pages ~20–40 ppm No — text and graphics only

Yield figures follow the ISO 24711 and 24712 test standards; speed follows the ISO 24734 office test. A budget set near 200 pages versus a bottle near 7500 pages is the gap, and real output runs below the lab estimate, so RTINGS re-measures cost-per-print per model (RTINGS).

Each inkjet sub-type has a representative model in the 59 we track. The map below anchors the abstract types to real hardware buyers recognise.

Inkjet sub-type Representative tracked model Ink format Headline tradeoff
Budget cartridge HP DeskJet 2755e Small cartridges Cheap to buy, highest cost-per-page
Refillable supertank Canon MegaTank G3270 Refill bottles Higher entry price, lowest cost-per-page
Office workhorse Epson WorkForce Pro WF-4820 Pigment cartridges Duplex and speed, mid cost-per-page
Photo specialist Epson EcoTank Photo ET-8550 6-ink dye Borderless color, dearer photo ink
Portable single-function Canon PIXMA TR4720 Compact cartridges Small footprint, fewer features
A wide-format photo specialist supertank inkjet printer
The photo specialist type: a 6-ink wide-format inkjet trades running cost and speed for borderless, gallery-grade color a laser cannot produce.

Buyer segments and the type that should decide the buy

A type is a default, not a verdict. The right type shifts with the buyer: a home office leans to the WF-4820 class, a photo desk to the ET-8550, a rare printer to the cartridge XP-5200 (TechGearLab). The table maps each profile to the winning type and the walk-away signal.

Buyer profile Winning type Why it wins Walk-away signal
Cost-conscious household (weekly mixed color) Supertank inkjet Cost-per-page near a cent over years of printing A cartridge set that costs near the printer price
High-volume mono office (text, no photos) Mono laser 20 to 40 ppm and low text cost-per-page Any need for color photos or borderless prints
Home office (documents, duplex, scan/copy) Office workhorse all-in-one inkjet Pigment text, duplex, ADF, ~18–25 ppm No automatic duplex; slow rated ISO ppm
Photo or craft hobbyist Photo specialist (dye, 6-ink) Borderless, wide-format, saturated dye color Pigment-only output or weak photo saturation
Occasional / travel printer Single-function or portable inkjet Small footprint; clog-resistant when idle A clog-prone head with costly cleaning cycles

Where the testing authorities agree and diverge

The sources agree on the spine of this fork and diverge at the edges; where they diverge, the difference reflects methodology, so we keep the measures separate (RTINGS, Consumer Reports). Type also shapes idle risk: an inkjet left 3 weeks can clog, while owners report supertank heads like the G6020 surviving 18 months of light use.

Axis Where sources agree Where they diverge How this page handles it
Inkjet vs laser cost Laser wins mono text cost; only inkjet prints photos Sources align here Routed by job — color-printing homes to inkjet, mono offices to laser
Cartridge vs supertank Supertank cost-per-page is decisive — ink-tank reviews build the whole decision on it Sources align here Supertank weighted highest for any regular printer
Reliability when idle Idle-clog reliability belongs in the score RTINGS runs a repeatable lab risk-of-clogging test; Consumer Reports uses a survey-based predicted-reliability score Clog risk from the testing view, satisfaction from the survey view, not merged
Print quality Text and photo are different jobs that few printers lead together A model can top document sharpness yet trail on saturated photo color (PCMag, TechRadar) Document and photo kept as separate, use-dependent axes

Methodology

We do not run a print lab. We synthesize two evidence layers: the running-cost math, yield, and reliability patterns across the 59 inkjet models we track plus the owner reviews behind them, and the published testing of independent authorities. RTINGS scores cost-per-print, page yield, and risk-of-clogging on every printer it reviews (RTINGS); Consumer Reports rates predicted reliability and owner satisfaction from member surveys (Consumer Reports); ink-tank cost analyses quantify the cartridge-versus-tank gap directly (Tech Gadgets Canada); and the inkjet-versus-laser mechanism is grounded in the technology references (Wikipedia). On the load-bearing claims — supertank cost-per-page beating cartridge, laser winning mono speed, and only inkjet printing true photos — all sources align, so we route each type to the buyer whose job it wins rather than crowning one type overall.

Sources

  1. Inkjet printing — Wikipedia. Reference for thermal and piezo printhead technology and the dye-versus-pigment ink split. Accessed 2026-06-11.
  2. Laser printing — Wikipedia. The toner-and-drum mechanism behind the inkjet-versus-laser fork and its text-speed advantage. Accessed 2026-06-11.
  3. Continuous ink system — Wikipedia. The refillable-reservoir architecture behind supertank printers. Accessed 2026-06-11.
  4. Dots per inch — Wikipedia. Print-resolution reference for the photo-versus-document quality split. Accessed 2026-06-11.
  5. HP DeskJet 2855e Review — RTINGS. Tested cost-per-print, page yield, and risk-of-clogging scores on a budget cartridge model. Accessed 2026-06-11.
  6. HP DeskJet 2855e Printer Review — Consumer Reports. Survey-based predicted-reliability and owner-satisfaction scoring. Accessed 2026-06-11.
  7. Epson ET-2803 EcoTank Review: Should You Get an Ink-Tank Printer? — Tech Gadgets Canada. Cartridge-versus-ink-tank cost-per-page analysis on the ET-2803. Accessed 2026-06-11.
  8. Epson WorkForce Pro WF-4820 Review — TechGearLab. Hands-on comparative value and running-cost testing of an office workhorse all-in-one. Accessed 2026-06-11.
  9. Canon PIXMA G3570 (MegaTank G3270) Review — PCGuide. Supertank running-cost and output review of the G3570. Accessed 2026-06-11.
  10. HP OfficeJet Pro 8025 All-in-One Review — PCMag. All-in-one functions, ISO ppm speed, and first-run setup testing. Accessed 2026-06-11.
  11. HP Envy 6555e (6530e) Printer Review — TechRadar. Inkjet output review with inkjet-versus-laser guidance. Accessed 2026-06-11.