Thermal Paper Rolls MyOffice 49 mm x 30 m, 10-pack, for receipt printers

Thermal Paper Rolls MyOffice 49 mm x 30 m, 10-pack are thermal printing media designed for receipt and POS thermal printers. Each roll measures 49 mm in width and 30 m in length, enabling printing of receipts, tickets and short transaction slips without the need for ink or ribbons. The compact roll size is suitable for a range of small footprint printers used in retail, hospitality and mobile point-of-sale systems.

Advantages

These thermal paper rolls provide consistent thermal sensitivity for clear text and simple graphics, reducing the risk of faint prints. Supplied in a 10-pack, they offer cost-effective restocking and minimize the frequency of roll changes. The standardized 49 mm width fits many common receipt printers and portable devices, while the 30 m length balances compact dimensions with a reasonable runtime between replacements.

Suitable for

• Retail checkout tills and small POS terminals
• Cafés, bars and restaurants for order receipts and bills
• Mobile point-of-sale devices and vans
• Small kiosks, ticketing and admission systems

Key specifications

• Paper type: direct thermal
• Roll width: 49 mm
• Roll length: 30 m per roll
• Pack content: 10 rolls
• Core diameter: standard small core for compact receipt printers
• Typical use: receipts, tickets and short transaction slips

How to use

Install a roll in the printer according to the printer manufacturer’s instructions, ensuring the thermal side is oriented correctly toward the print head. Tear off printed receipts along the printer’s cutter or serrated edge as needed. Replace rolls when the paper runs low, using the next roll from the 10-pack to maintain uninterrupted operation.

Usage recommendations

Store rolls in a cool, dry place away from direct sunlight and heat sources to preserve thermal sensitivity and prevent premature darkening. Use rolls within manufacturer-recommended storage periods for best print quality and avoid contact with oils, solvents or prolonged abrasion on the thermal surface.