Brand New Sato Printhead R11375000 for SATO LM412E-2 Thermal Print head
Sato LM412E-2 (R11375000) Genuine Thermal Printhead (300dpi) - BRAND NEW
Original thermal printhead SATO Part Number R11375000 for printer model LM412E-2 Printhead 300dpi
This SATO Thermal Printhead is a powerful label printer, enabling you to produce on-demand labels with crisp, detailed text. You can print many high-quality address labels because this thermal printer has an innovative direct thermal element.
Replacing these print bars is possible with all Sato printers and is usually always economical. The printer mechanics and the housing are designed for a multiple of the printhead performance.
Printheads that are worn or damaged must be replaced immediately. Each SATO printhead is easy to install and builds to engineering standards for the reliability and sustainable performance of your printer.
When ordering, pay attention not only to the type of printer, but also to the printing technology (direct thermal or thermal transfer) and the resolution (dpi). Some printers are available with up to four resolution variants (150dpi, 203 dpi, 300 dpi or 600 dpi
Condition: NEW Resolution: 203dpi Part Number: ZP450 Product Type: Printhead Model Name/Number: Zebra ZP450 Series Printhead Brand New And Original Zebra 105931-001 Thermal Printhead For ZP Series Printer Resolution 203dpi
Cab Thermal printhead 5958686.001 300dpi is suitable for use with the Thermal printhead for the CAB Cab A2+/600 Brand:CAB Model:600DPI MPN:5958686 Condition:New Other
Zebra thermal printheads are specifically designed for use in the Z4M+ Printer. Zebra print heads are of the highest quality and performance and will last longer.
Original Spectra Galaxy JA 256/30 AAA Printhead Original Spectra Printhead Spectra Galaxy JA 256 / 30 AAA Print Head Spectra Galaxy JA 256/30 AAA Printhead
The Spectra Galaxy JA 256/30 AAA is a high performance, robust and reliable jetting assembly designed for a broad range of wide format printers at resolutions up to 900 dpi. Two electrically independent piezoelectric slices, each with 128 addressable channels and two separate connecting cables, are combined to provide a total of 256 nozzles. The nozzles are arranged in a single line, at a native 0.010 inch distance between nozzles.