Epson I3200 / I1600 / 5113 capping unit

The Epson i3200 / i1600 / 5113 Capping Station is a high-quality compatible replacement cap top for DTF, UV DTF, and eco-solvent printers built on the Epson i3200-A1, i1600, 4720, and 5113 printhead platform. The capping station seals the printhead during idle and overnight shutdowns — preventing DTF and UV inks from drying in the high-density i3200 nozzle array — and provides the inlet for the printer's purge and cleaning cycles. This is a compatible (non-OEM) replacement unit, horizontal type, with an ID 2mm ink tube inlet. Suitable for the full range of i3200/i1600-based DTF and UV production printers listed below.

Replace the capping station at every printhead installation — and every 4–6 months in production environments. A worn cap installed with a new printhead accelerates nozzle loss by failing to seal correctly during idle. In DTF environments with white ink (TiO₂-based), the cap degrades faster than in CMYK-only printers — titanium dioxide particles settle and harden in the cap rubber, preventing clean seal formation. Do not wait for nozzle problems to appear before replacing.

Product Details

Specification	Detail
Type	Compatible (non-OEM) replacement capping station
Orientation	Horizontal
Ink tube inlet diameter	ID 2mm (use DC-2/20 for ID 3mm ink tubes)
Compatible printheads	Epson i3200-A1 / i3200-U1 / i3200-E1 / i1600 / 5113 / 4720
Compatible printer types	DTF, UV DTF, eco-solvent, water-based printers using i3200/i1600/5113/4720 platform
Replacement interval	Every 4–6 months in production (4+ hrs/day); every 6–12 months lighter use
White ink head interval	Every 4–6 months — TiO₂ deposits degrade cap faster than CMYK

Compatible Printers

Allwin / Stormjet / Sinocolor

• Allwin AW EP-180 (S/W)

• Stormjet TC1932

• Sinocolor DTF-400A / WJ-240S

Yuxunda DTF

• Yuxunda DTF-300plus / DTF-300 Pro Max

• Yuxunda DTF-400plus / DTF-400 Pro Max

• Yuxunda DTF-600 Pro Max

Fedar DTF

• Fedar FD60 DTF / FD65-2 DTF / FD70 DTF

Potry

• Potry HT-0604IA-01 / BC-0302X-HT01

Oric DTF

• Oric A-6202 / A-6203 / A-6204

• Oric OR-A3 Mini330 DTF

• Oric OR-6202 / OR-7602 / OR-6203 / OR-7604HT DTF / OR-6204 DTF / OR-620 Pro

If your i3200/i1600/5113-based DTF or UV printer is not listed, contact us with your model to confirm compatibility and the correct tube inlet diameter before ordering.

What Does the i3200 Capping Station Do?

The capping station performs two essential functions. First, when the printer is idle, it seals against the i3200 nozzle face, creating an airtight enclosure that prevents the ink in the 3,200 nozzles from evaporating — particularly critical for DTF white ink, which contains titanium dioxide particles that settle and form hard deposits rapidly when exposed to air. Second, during cleaning cycles, the printer's waste pump creates a vacuum through the cap to draw ink and debris through the nozzle channels, flushing blockages and refreshing the nozzle menisci. The quality of the cap seal directly determines the effectiveness of both functions: a worn or imperfect seal allows evaporation during idle and reduces purge vacuum during cleaning, leading to progressive nozzle loss even with regular maintenance.

ID 2mm vs ID 3mm — Why Tube Diameter Matters

The capping station's ink tube inlet connects to the printer's waste ink line. i3200 and i1600-based DTF printers use either ID 2mm or ID 3mm waste ink tubes depending on the printer model and manufacturer. This listing's cap has an ID 2mm inlet — correct for the majority of the compatible printers listed above. If your printer uses ID 3mm ink tubes, the ID 2mm inlet will not seat correctly on the tube, preventing proper waste ink evacuation during cleaning cycles. Check your printer's waste ink tube diameter before ordering. Contact us if you are unsure — we also stock the ID 3mm variant (DC-2/20).

Capping Station Maintenance — Daily and Weekly Practices

Daily: Wipe the rubber rim with a lint-free swab dampened with cleaning fluid every morning before printing. Dried ink crust on the rim breaks the vacuum seal — a 30-second daily wipe prevents this entirely.

Weekly: Drop 2–3 mL of cleaning fluid into the cap. If it drains away quickly, the waste lines are clear. If it drains slowly or pools, there is a partial blockage in the waste tubes — flush immediately to avoid back-pressure that pushes waste ink up onto the nozzle face.

Always: Clean the wiper blade and capping station together — a dirty wiper drags dried ink onto the cap rim, breaking the seal. Treat them as a single maintenance unit.

Scheduled replacement: Every 4–6 months in production environments (4+ hours printing daily); every 6–12 months in lighter-use environments.

Signs Your i3200 Capping Station Needs Replacing

• Nozzle dropout or banding that appears after overnight shutdown but partially clears after cleaning

• Ink flooding or pooling in the cap during purge cycles — degraded suction path

• Visible cracking, permanent ink staining, or white TiO₂ chalk deposits on the rubber (white head cap)

• Increasing frequency of cleaning cycles required to recover nozzles

• Nozzle problems appearing immediately after a new printhead installation — worn cap failing to protect new head during idle

i3200 Printhead Installation — Full Consumable Checklist

• Capping station (this listing) — replace at every head installation and every 4–6 months in production

• Data cables — all 4× 14-pin cables per i3200 head; never reuse

• Dampers — replace all dampers for the head position being serviced

• Wiper blade — replace together with capping station; dirty wiper contaminates new cap

Why Buy from Digiprint USA

• In stock in Doral, Miami FL — same day shipping before 2PM EST

• ID 2mm inlet — correct for listed compatible printers; ID 3mm variant (DC-2/20) also stocked

• We also stock i3200-A1 printheads, 14-pin data cables, and i3200 dampers

• Ideal for Latin American DTF operations and UV print shops using Miami freight forwarders

View our full range of i3200 printer spare parts and maintenance consumables stocked by Digiprint USA.

Frequently Asked Questions

How do I know if I need the ID 2mm or ID 3mm capping station?
Check the diameter of your printer's waste ink tube — the tube that connects to the bottom of the capping station. If the tube's inner diameter is 2mm, this listing is correct. If it is 3mm, you need our DC-2/20 variant. When in doubt, contact us with your printer model and we will confirm before you order.

Is this a compatible (generic) capping station or OEM Epson?
This is a high-quality compatible (non-OEM) capping station. Epson does not supply aftermarket capping station units for third-party DTF printers — there is no OEM Epson capping station for the i3200 in DTF applications. The compatible units from reputable suppliers (including this listing) are the standard service parts for this platform across the industry.

How often should I replace the capping station?
Every 4–6 months in production environments running 4+ hours per day; every 6–12 months in lighter use. For the white ink head specifically, the 4–6 month interval applies regardless of visible condition — titanium dioxide from white DTF ink hardens inside the cap rubber over time and prevents clean sealing even when the cap looks intact. Do not wait for nozzle loss to trigger a replacement.

Do you ship i3200 capping stations to Latin America?
Yes — same day shipping from our Doral, Miami FL warehouse. Ideal for Latin American DTF operations, UV printing facilities, and eco-solvent print shops using freight forwarders in the Doral area.