The Zebra Z-Select 4000D 7-mil 4X3 Direct Thermal Labels 730/Roll 4/Box 1in-Core PN 10010056 are specialized direct thermal paper labels designed for healthcare, laboratory, blood banking, pharmaceutical, specimen tracking, parcel labeling, patient identification, and Near-Infrared (Near-IR) scanning applications requiring exceptional barcode performance and compatibility with advanced automated identification systems. As part of Zebra’s specialized 8000D Near-IR product family, these labels are engineered to support environments where traditional labels may not provide the optical characteristics required for infrared-based scanning and automated workflow systems.

Manufactured with Zebra’s 8000D Near-IR coated direct thermal paper material, these labels are optimized for direct thermal printing, eliminating the need for ribbons while producing sharp text, barcodes, QR codes, specimen identifiers, patient information, parcel tracking data, and compliance records with outstanding image quality and scanning reliability. The specialized Near-IR coating is designed to perform effectively with both conventional barcode scanners and Near-Infrared imaging systems commonly used in healthcare, laboratory, and logistics environments.

Each label measures 4 x 2.25 inches (101.6 x 57.2 mm), providing a versatile format that accommodates shipping information, specimen tracking data, patient identification details, compliance labeling, inventory management, and logistics applications. The label size offers ample space for machine-readable barcodes and human-readable information while maintaining an efficient footprint.

The labels feature a permanent adhesive engineered to provide secure, long-term adhesion to specimen containers, laboratory packaging, blood products, pharmaceutical packaging, corrugated cartons, shipping containers, healthcare records, storage bins, and a wide variety of commercial and industrial surfaces.

Constructed from high-quality coated direct thermal paper, these labels deliver excellent print contrast and barcode readability while supporting high-volume printing operations. The Near-IR-compatible surface is specifically developed for environments utilizing infrared-based identification, automation, and tracking systems.

Designed for use with compatible Zebra direct thermal printers, this configuration utilizes a 1-inch (25.4 mm) core and a 5-inch outside diameter (OD), making it ideal for desktop healthcare printers, laboratory printers, shipping stations, and commercial direct thermal printing environments.

Each roll contains 1,060 labels, and the product ships with 4 rolls per box, providing a total of 4,240 labels per carton, making it an efficient solution for hospitals, laboratories, blood banks, pharmaceutical manufacturers, healthcare providers, parcel shipping operations, distribution centers, and regulated industries.

The specialized Near-IR coating supports highly reliable barcode scanning performance, helping improve specimen traceability, patient safety, parcel tracking accuracy, inventory visibility, compliance management, workflow automation, and operational efficiency.

These labels are ideal for laboratory specimen tracking, patient identification, blood bank labeling, pharmaceutical identification, parcel labeling, healthcare logistics, inventory control systems, regulatory compliance programs, shipping applications, chain-of-custody documentation, and automated identification systems utilizing Near-Infrared technology.

Built to Zebra’s exacting consumables standards, the Zebra 10010059 8000D Near-IR Labels help maximize printer performance while minimizing printhead wear and media feeding issues.

With direct thermal print compatibility, specialized Near-IR scanning support, coated paper construction, permanent adhesive backing, versatile 4″ x 2.25″ format, 1-inch core compatibility, 5-inch OD roll configuration, and dependable barcode readability, these Zebra labels are a trusted solution for healthcare, laboratory, pharmaceutical, parcel shipping, specimen tracking, patient identification, and advanced automated identification applications requiring Near-Infrared compatibility and reliable performance.