TSC conjunto de cabeça de impressão, DH320 (1 conjunto/caixa)

When print quality degrades on your TSC DH320 industrial barcode printer, the culprit is often a worn or damaged printhead. This genuine TSC replacement printhead assembly restores crisp, high-contrast barcodes, text, and graphics, eliminating costly downtime and reprints. Engineered for the DH320 series, it delivers reliable thermal transfer and direct thermal printing at 203 dpi resolution across a 104 mm width.

Who is it for

Warehouse managers, logistics operators, and manufacturing supervisors who depend on TSC DH320 printers for high-volume labeling will find this printhead essential. It is ideal for anyone needing to maintain peak print quality without replacing the entire printer—a cost-effective solution for busy print environments.

Main features

• Genuine TSC OEM part: Guaranteed compatibility and performance with DH320 series printers.
• 203 dpi resolution: Produces sharp, scannable barcodes and clear text on labels and tags.
• 104 mm print width: Handles standard industrial label sizes with ease.
• Durable construction: Ceramic and metal materials ensure long life—up to 50 km of printing.
• User-replaceable: Quick installation minimizes printer downtime; no special tools required.
• Versatile printing: Supports both thermal transfer and direct thermal media for flexible applications.

Specifications

• Print technology: Thermal transfer / direct thermal
• Resolution: 203 dpi (8 dots/mm)
• Max print width: 104 mm (4.09 inches)
• Printhead type: Flat head
• Number of heating elements: 812 dots
• Voltage: 24V DC
• Estimated lifespan: Up to 50 km (31 miles)
• Material: Ceramic and metal
• Condition: New, OEM
• Compatibility: TSC DH320 series industrial barcode printers

Tips

To extend printhead life, regularly clean the printhead with isopropyl alcohol and a lint-free cloth, and use high-quality media and ribbons. Always power off the printer and allow the printhead to cool before replacement. Keep a spare printhead on hand to avoid production delays during peak labeling periods.