MiniLoc™ Safety Infusion Set Overview MiniLoc™ Safety Infusion Set incorporates a Huber type needle into an integral safety needle device. Huber needles are used to access surgically implanted, subcutaneous vascular access ports on a repeated basis. As such, they are hollow-bore and potentially blood-contaminated at the time of removal, with a significant need for an effective safety solution. An estimated 47%1 of accidental needlestick injuries from Huber needles are due to the "rebound effect," which occurs during needle withdrawal from the implanted port. MiniLoc™ features a robust shield that is deployed as the needle is withdrawn from the port, effectively reducing the risk of accidental needlesticks, including rebound injuries. MiniLoc™’’s safety mechanism is easy-to-use and conforms to common user technique. Although MiniLoc™ is a safety Huber needle, it is remarkably small. Its ultra-low profile and small footprint make it easy to dress. This is a significant feature in the Huber needle market; which has been plagued by large, unwieldy safety devices. The tubing has an enhanced downward angle at the back of the device, which also helps maintain dressing integrity. A specially lubricated needle significantly reduces penetration and access forces. MiniLoc™’s non-coring Huber type needle minimizes damage to the port septum caused by normal use. Furthermore, a needle forward design facilitates dual lumen port access. MiniLoc™ Safety Infusion Set is distributed under the SHPI label by Cardinal Health, Medical Specialties Distributors, Inc., Medline Industries, Inc., and Physician Sales and Service, Inc. (“PSS”), leading distributors with a strong presence in the oncology, chronic hematology and long-term intravenous nutritionals markets. Bard Access Systems, Inc., a subsidiary of C.R. Bard, Inc., and Exel International market this product on a private label basis.. MiniLoc™ Safety Infusion Set competes in the estimated $60 million U.S. Huber needle market. For a complete features and benefits list, see the MiniLoc Product Literature (PDF 254KB). Other Resources: 1. Janine Jagger, Jane Perry, Avoiding rebound injuries from Huber needles, Nursing, April 01 1999. |