(English)
An I3200 printhead costs roughly twice what an I1600 costs, and prints about twice as fast.** On a 30 cm DTF machine running six hours a day, that single choice decides whether your print cost lands near €0.55/m² or €0.85/m² — and whether you need one machine or three. This comparison breaks the decision down by nozzle count, real throughput, head lifespan and cost per square meter, using numbers you can check against your own production volume.
The Epson I1600 launched in 2023 as the cost-effective entry into Epson's PrecisionCore piezoelectric line. It carries 1,600 nozzles in 4 channels, comes in three ink variants — A1 for water-based, U1 for UV-curable, E1 for eco-solvent — and is rated for 106 billion actuations plus 1,500 pressure cleanings at 40 kPa. That durability rating is the part most buyers skip, and it is the reason I1600 survives in shops that would kill a cheaper head in eight months.
The Epson I3200 is the workhorse the market already knows: 3,200 nozzles, 8 channels, up to 600 dpi per colour, built for continuous production. It has been in the field long enough that spare parts, third-party dampers and technician familiarity are all commodity items.
Both are piezoelectric MicroTFP heads. Both are repairable. Neither is "better" in the abstract — they are sized for different duty cycles.
| Dimension | I1600 | I3200 | How to decide |
|---|---|---|---|
| Nozzles | 1,600 | 3,200 | More nozzles = more ink per pass = speed, not resolution |
| Ink channels | 4 | 8 | 8 channels lets you run CMYK + white + varnish in one pass |
| Available variants | A1 (aqueous), U1 (UV), E1 (eco-solvent) | A1, U1, E1 | Same coverage; no advantage either way |
| Rated speed (30 cm DTF, 6 pass) | 4–5 m²/h | 9–11 m²/h | I3200 ≈ 2.1× the output per hour |
| Head price (2026, typical) | €420–580 | €880–1,150 | I3200 costs ~2× to replace |
| Rated life | 106 bn actuations, ~7,000–9,000 m² | ~18,000–22,000 m² | I3200 lasts ~2.4× longer |
| Head cost per m² | €0.055–0.075 | €0.048–0.058 | I3200 is cheaper per m², if you use the volume |
| Typical machine price | €2,800–4,200 | €5,200–7,500 | The gap is €2,400–3,300 |
| Runs best at | 300–600 m²/month | 800–1,800 m²/month | This is the whole decision |
At first glance I3200 looks expensive: double the head price, double the machine price. Run the unit economics and it inverts — provided you fill the capacity.
A €500 I1600 producing 8,000 m² before replacement costs €0.0625/m² in head wear. A €1,000 I3200 producing 20,000 m² costs €0.050/m². The I3200 is 20% cheaper per square meter of output.
But that only holds if you actually print 20,000 m². At 400 m²/month, that is four years. Meanwhile you paid €3,000 more for the machine on day one, and that capital sits idle.
The honest version: below ~600 m²/month, I1600 has the lower total cost of ownership. Above ~800 m²/month, I3200 does. Between 600 and 800, it depends on whether your labour is your own time (then I1600, run longer hours) or a paid operator (then I3200, because operator hours cost more than head wear).
Here is the calculation that changes buying decisions, and it never appears in a spec sheet.
One I1600 head at 4.5 m²/h, six productive hours a day, 22 days a month, 85% uptime:
4.5 × 6 × 22 × 0.85 ≈ 505 m²/month per machine
So at 1,500 m²/month you need three I1600 machines. Three machines means three footprints, three maintenance routines, three sets of spare dampers — and, critically, three times the labour to load, unload and monitor.
One I3200 head at 10 m²/h produces ~1,120 m²/month under the same assumptions. Two machines cover 1,500 m²/month with room to absorb a rush order.
| Monthly volume | I1600 route | I3200 route | Cheaper |
|---|---|---|---|
| 300 m² | 1 machine, €3,500 | 1 machine, €5,500 (overkill) | I1600 |
| 600 m² | 1 machine at 119% load — tight | 1 machine at 54% load | Tie, I1600 if you can flex hours |
| 1,200 m² | 3 machines, €10,500 + 3× labour | 2 machines, €11,000 (comfortable) | I3200 on labour, I1600 on capex |
| 1,800 m² | 4 machines, €14,000 + 4× labour | 2 machines at 80% load | I3200, clearly |
The crossover is not about print quality. It is about how many times you have to walk to a machine.
Three cases where the cheaper head is the correct engineering choice, not a compromise:
1. Sampling and small-batch customisation. A shop doing 20–40 custom shirts a day does not need 10 m²/h. It needs to change film, change artwork and change colour 20 times a day. I1600's lower ink consumption per pass actually reduces waste on short runs.
2. Machines that sit idle between orders. If your printer runs three days a week, I3200's speed is dead capital. Worse, a high-throughput head that runs intermittently clogs more often than a low-throughput head that runs daily.
3. Second/backup unit. Many shops run one I3200 for production and one I1600 for overflow, samples and test prints. The I1600 absorbs the small jobs that would otherwise interrupt a long production run on the main machine.
Neither head survives neglect, and the failure modes differ.
| Task | I1600 | I3200 |
|---|---|---|
| Daily | Nozzle check print, white ink circulation | Same, plus capping station wipe |
| Every 48 h | Head clean cycle if idle | Mandatory clean cycle if idle — 8 channels clog faster |
| Weekly | Damper inspection, wiper blade clean | Same + carriage height check |
| Typical first failure | Partial nozzle dropout after 14–18 months | Damper failure before head failure |
| Replacement signal | >5% missing nozzles after 3 cleans | Banding that persists after alignment |
One thing that applies to both: leaving the machine idle for more than five days without a clean cycle is the single most common cause of head death, and it is not covered by warranty on either head. A €30 cleaning cartridge is cheaper than a €500 head.
Sometimes, but not by swapping the head. The carriage, damper layout, ink supply and firmware all differ. In practice you buy the machine for the head it was designed around. Retrofits exist but usually cost 60–70% of a new machine and void the manufacturer's support.
No. Both reach production-grade resolution; the I3200's advantage is speed at a given resolution, not a higher ceiling. A 6-pass print from an I1600 and a 6-pass print from an I3200 look the same. The I3200 simply produces more of them per hour.
Epson rates it at 106 billion actuations and 1,500 pressure cleanings at 40 kPa. In field conditions with daily use and proper maintenance, expect 7,000–9,000 m² before nozzle degradation becomes uneconomical to manage. Shops that skip daily cleaning see half that.
Only if the volume is low. Head cost per m² is lower on I3200 (€0.05 vs €0.065). But total cost of ownership includes machine price, footprint, labour and the cost of capital tied up in unused capacity — and on those, I1600 wins below ~600 m²/month.
If you are starting with under 500 m²/month — which is most new shops — start with I1600 and reinvest the €3,000 difference in film, powder and marketing. Move to I3200 when you are turning down work because of lead time, not before.
TODOjet builds DTF platforms in 30, 60 and 120 cm widths, with 2-head and 4-head configurations across both i3200 and F1080 platforms. We will size the head count to your actual monthly square meters rather than to the biggest machine on the price list.
Tell us your monthly volume and your typical job size, and we will tell you which configuration pays back fastest.
Get a sizing recommendation and price
About the manufacturer: TODOjet (Zhengzhou Yoto Technology Co., Ltd.) designs and manufactures the DTF and UV printer lines referenced in this article. AGP is one of TODOjet's product series names, not a separate company — machines sold under either name ship from the same factory.
*Last updated: 11 November 2026
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