TSC 83mm x 450m cinta 8550-SWR estándar cera/resina, 12 rollos/caja

Engineered for high-volume thermal transfer printing, this TSC 8550-SWR ribbon delivers a 450-meter length on an 83mm width, ensuring fewer roll changes and uninterrupted workflows. The standard wax/resin formulation strikes an ideal balance between print quality and durability, producing crisp, dark images on a wide range of substrates at speeds up to 10 inches per second.

Overview

Part of the TSC 8550 series, this ribbon is a reliable choice for general-purpose labeling across industries. The wax/resin blend provides enhanced resistance to smudging and scratching compared to standard wax ribbons, making it suitable for applications that require moderate durability without the cost of full resin ribbons. Each carton contains 12 individually wound rolls on 1-inch cores, with the ink coated on the outside for compatibility with most thermal transfer printers.

What stands out

• Long 450-meter length reduces downtime for roll replacements.
• Wax/resin formulation offers excellent print definition and durability.
• Compatible with a broad range of industrial printers from TSC, Zebra, Datamax-O'Neil, and Sato.
• Face-out ink orientation ensures smooth feeding in standard thermal transfer mechanisms.
• Versatile for coated paper, synthetic paper, polypropylene, polyethylene, and PET labels.

Technical details

• Ribbon type: Wax/Resin
• Ribbon width: 83 mm
• Ribbon length: 450 m
• Core diameter: 1 inch (25.4 mm)
• Ink side: Face Out (F/O)
• Ribbon colour: Black
• Print technology: Thermal Transfer
• Print speed capability: Up to 10 IPS
• Operating temperature: 5°C to 35°C (41°F to 95°F)
• Storage temperature: -5°C to 40°C (23°F to 104°F)
• Quantity per carton: 12 rolls
• Manufacturer part number: 8550-SWR

Our verdict

A dependable workhorse for everyday thermal transfer printing, the TSC 8550-SWR ribbon offers excellent value with its long length and durable wax/resin output. Ideal for shipping, inventory, retail, and product identification labels where smudge resistance matters.