PRIMA Thermal Paper for Video Printer, without grid, 57mmx25m, 5 rolls

The PRIMA Thermal Paper for Video Printers is a high-quality, grid-free paper designed for precise and durable printing in spirometry and audiometry applications. With dimensions of 57mm x 25m, this pack of 5 rolls ensures reliable performance, making it an essential accessory for medical professionals. Key Features and Benefits: • Clear and Accurate Print Quality: Produces sharp, detailed images that are ideal for documenting medical results, compatible with high-speed thermal printers. • Long-Lasting Prints: The printed image remains legible for 5 to 12 years, making it perfect for patient records and archiving purposes. • Water-Resistant and Fingerprint-Proof: The shiny coating protects the paper from damage caused by water or handling, enhancing durability and storage stability. • Printer-Compatible Design: Specially engineered topcoat ensures smooth compatibility with thermal printing heads for consistent performance. • Enhanced Tear Properties: The paper features a dedicated substrate that prevents tearing along the printing direction while offering excellent cut precision in the transverse direction. • Safe and Environmentally Friendly: Free from harmful chemicals, ensuring a safe working environment for medical staff. Applications: • Ideal for use in hospitals, clinics, medical offices, and laboratories to print and manage patient data. • Suitable for providing patients with detailed results or for filing accurate records in medical archives. Usage Instructions: 1. Carefully remove the protective film without damaging the paper. 2. Load the paper into the device according to the printer's manual for optimal performance. Specifications: • Color: White; • Size: 57mm x 25m; • Material Composition: High-quality thermal paper. Care Instructions: • Avoid direct exposure to sunlight, fluorescent lighting, or neon lamps to prevent surface yellowing and maintain performance. Choose PRIMA Thermal Paper for Video Printers for high-quality, durable, and safe printing in demanding medical environments.