Resin ribbon AXR600 Open Date Series 2 Armor IIMAK T22472IO

Armor IIMAK AXR600 Open Date Thermocode Series 2 T22472IO Resin Ribbon

Armor IIMAK AXR600 is a resin ribbon intended for thermal transfer printing applications, including Open Date Thermocode Series 2 equipment. This consumable is designed for professional applications where good clarity, stable transfer and superior handling resistance are required.

The T22472IO model is described as Open Date Thermocode Series 2 Inside AXR600 , being a variant dedicated to certain print configurations and specific ribbon orientations. The AXR600 formula belongs to the Club range and is recommended for professional applications where reliable printing on compatible media is sought, with a good level of resistance to friction and wear.

Thanks to its resin-based composition, the ribbon is suitable for labeling and coding in production, packaging, traceability and identification flows, where printed information must remain legible over time. The Inside configuration is important for compatibility with the targeted equipment and should be checked before ordering in relation to the printer used.

The product is marked as Restricted Item and Non Returnable , and the delivery is made in boxes of 25 rolls . This packaging method is recommended for companies that frequently use such consumables and aim for efficient supply for constant work lines.

• Thermal transfer resin ribbon
• Compatibility: Open Data Thermocode Series 2
• Model: AXR600
• Configuration: Inside
• Range: Club
• Packaging: 25 rolls/box
• Non-returnable product
• Product code: T22472IO

Main benefits

• Good resistance to handling and wear
• Clear printing for codes and variable information
• Dedicated compatibility for Open Data Thermocode Series 2
• Inside configuration for specific applications
• Advantageous delivery for frequent use

Technical specifications

Armor IIMAK AXR600 Open Date Thermocode Series 2 is a suitable solution for professional coding and printing applications where proper compatibility and durability are essential.