Epson XP-15000 Sublimation Conversion: Should You Remove the Star Wheel?
- By Ellen Joy
- On Mar 06, 2025
- Comment 0
Question:
I am converting my Epson XP-15000 for sublimation, but I'm wondering if I still need to remove the star wheel and install the external waste tank? Or do I just need to protect the printhead and move the CIS board? I'm already on the chipless firmware and have disabled updates.
Answer:
Do You Need to Take Off the Star Wheel?
So, yes, it is advised to remove the star wheels during the Epson XP-15000 conversion to sublimation, but it is up to you and your level of sophistication and requirements. The star wheels (also referred to as the paper feed rollers) guide the paper through the printer, but at high ink density prints can leave unwanted marks. If you're using thick sublimation paper or are applying heavy ink loads, be sure to eliminate them to avoid roller marks on your transfers. But this process takes accuracy — if a sheet is ripped away incorrectly, it can cause misfeeds or uneven images.
Why should I use an external waste tank?
It has a tendency to make a mess of Code Ink overspill, around the PW sensor (Paper Width sensor area) and where the printhead is located. Ink buildup can cause clogs and smudges over time, or hardware failure, making this a problem in sublimation and DTF printing alike. An external waste ink tank enables supplementary ink to be expelled cleanly instead of soaking the machine's selective guts, thereby minimizing maintenance issues.
Art in Action: Protecting the Printhead & Waterproofing the Sensor
Good to know you already moved the CIS (Continuous Ink Supply) board, AND, even installed a chipless firmware. Another important step, we'll need to add waterproofing in the printhead area and the PW sensor. Due to sublimation ink having a different viscosity (thicker liquid form) than standard ink, leaks or spills can irreparably damage components. Covering the surface of the electronics with a waterproofing seal or protective barrier will help prevent the accumulation of ink and dust, which can cause the sensors to fail or produce defective prints.