DocuGard Standard Medical Security Paper for Printing Prescriptions and Preventing Fraud, CMS Approved, 6 Security Features, Laser and Inkjet Safe, Blue, 8.5 x 11, 24 lb, 2500 Sheets (04541C)

Description

Whether you work in an office, hospital or institution, if you are printing prescriptions and/or sensitive medical documents, you should choose a trusted security paper that has layered protection. As digital copier and scanner technology continues to improve, no one security feature alone will work 100% of the time. DocuGard Security Papers are the ultimate fraud fighters with up to 10 security features per sheet ensuring that your documents cannot be tampered with or accurately duplicated. DocuGard offers three levels of security: Standard – 6 security features, Advanced – 7 security features & Premier – 10 security features. All DocuGard security prescription papers meet and exceed the US Federal CMS (Centers for Medicare and Medicaid) guidelines. Standard Security features include: A printed artificial watermark; microtext printing which is only visible when magnified, but illegible when copied; hidden message technology* (a “VOID” appears when copied); a colored background that shows alterations when erased; a security features listing; and coin reactive ink that turns black when rubbed with a coin. *Note: hidden message technology (also known as a “VOID” pantograph) is the most common and least dependable security feature. As technology continues to improve, you may find that copies can be made without the hidden message appearing – which is why having a combination of layered features is so important. Advanced Security features include: All Standard Security features plus heat-sensitive ink that disappears when copied. Premier Security features include: All Standard and Advanced Security features plus chemical reactivity where stains appear when exposed to certain solvents, a toner lock coating that bonds printed text to the paper making erasure obvious, and embedded fluorescent fibers which can only be seen when viewed under a blacklight.