Fentanyl Anesthetic Syringe Labels - Box of 800 Labels with Latex-free Adhesive on a Roll (1” core)
Fentanyl Anesthetic Syringe Labels - Box of 800 Labels with Latex-free Adhesive on a Roll (1” core) - Image 1Fentanyl Anesthetic Syringe Labels - Box of 800 Labels with Latex-free Adhesive on a Roll (1” core) - Image 2Fentanyl Anesthetic Syringe Labels - Box of 800 Labels with Latex-free Adhesive on a Roll (1” core) - Image 3

Fentanyl Anesthetic Syringe Labels - Box of 800 Labels with Latex-free Adhesive on a Roll (1” core)

Brand: Mermed

BrandMermed
RatingN/A (0 ratings)
Price$15
CategoryAnesthesia Labels

Description

These Fentanyl syringe labels are an essential tool for any medical facility. Produced in a regulated printing plant, each roll contains 800 labels measuring 40mm by 12mm on a 1-inch core, clearly identifying contents through easy-to-read color coding. Conforming to the latest standards, these high-quality labels help prevent patient injury by reducing medication errors at a critical point-of-care. Whether stocking an emergency department, surgery center or long-term care facility, adding a roll of these precise, medical-grade markers ensures drugs and medicines are safely and properly labeled according to best practices. Ordering in bulk provides excellent value for organizations committed to patient safety through accurate syringe identification.

Features

  • CLEAN PRODUCTION: These syringe labels are produced in a ISO Class 7 Cleanroom ensuring the highest standards of cleanliness and safety.
  • ACCURATE IDENTIFICATION: Measuring 40mm x 12mm, the labels clearly identify drugs and medicines with color-coding to prevent patient injury through mismarked syringes.
  • CURRENT STANDARD COMPLIANCE: The labels conform to the most up-to-date identification standards to ensure best practices are followed for patient safety.
  • CONVENIENT SIZING: The labels come rolled on a 1 inch core for easy dispensing and application directly to syringes.
  • BROAD APPLICABILITY: Beyond medical use, these labels can assist identification in biology, chemistry, physics, biochemistry, organic chemistry, and microbiology applications.