Original Avery-Dennison...
Avery-Dennison 11997505 - Model: M09460
Brand: Avery Dennison
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Avery-Dennison 11997505 - Model: M09460
Brand: Avery Dennison
Type: Printhead
MPN: P220356-001
Compatible Model: T6000E
New TSC P220356-001 Print Head (600dpi) - T6000E Printer
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.
Printer Series: E-Class - Honeywell PHD20-2268-01 - 300 dpi
Avery-Dennison 05631190S - Resolution 305 Dpi
Brand: Avery Dennison
TSC Print head is an important component in a printer that produces images on the surface of the media. Worn or damaged print heads should be replaced immediately. All TSC printheads are easy to install and meet strict engineering standards for continued printer reliability and performance.
Product Type: Printhead
Product Name: 203 dpi Printhead
Brand Name : Sato
New Sato Original Printhead C21A2-001 203 Dpi Printhead
Honeywell's PHD20-2192-01 Honeywell For E-Class Printhead 203dpi printheads feature advanced thermal control to provide advanced diagnostics. Honeywell It also features better print quality, and a durable coating for better abrasion resistance and longer service life.
Item model number: SNAP 700
Printing Technology: Thermal
Model Name: KCE 128 12PAT2 PAX
Resolution: 300 x 300
Avery-Dennison 056250941
Type: Printhead
MPN: 252380-001
Compatible Model: T4M
New TSC 252380-001 Print Head (300dpi) - T4M Printer
Product Type: Printhead
Product Name: 203 dpi Printhead
Brand Name : Sato
New Head Sato CP-2140Z - Sato 59-C21A2-001 Printhead 203 Dpi
Honeywell's PHD20-2164-01 printheads feature advanced thermal control to provide advanced diagnostics. Honeywell It also features better print quality, and a durable coating for better abrasion resistance and longer service life. Printhead replacement is reduced, which increases printer uptime. Users will also notice a substantial reduction in power consumption.