Applying The Hfmea Technique To The General-purpose Infusion Pump

Attempting to guarantee the quality of infusion pumps, a study was performed at a Brazilian public hospital applying the Healthcare Failure Mode and Effect Analysis (HFMEA). This technique can be applied for usage by the clinical engineering, to identify the failure modes of electromedical devices (EMD) and to assess the involved risks. Through this study, problems that interfere with the performance of infusion pumps were identified and subsequently some actions were proposed to help reduce the risks of these potential problems. These actions certify the safe functioning of this device within the standards of safety and quality. © 2009 Springer-Verlag.257638641(2004) Health Devices, 33, pp. 416-418. , Emergency Care Research Institute, ECRIInfusion Pumps, General-Purpose, Micro, Multichannel (2003) Healthcare Product Comparison System, pp. 1-6. , Emergency Care Research Institute, ECRIStalhandske, E., DeRosier, J., Patail, B., Gosbee, J., How to Make the Most of Failure Mode and Effect Analysis (2003) Biomedical Instrumentation & Technology, 37, pp. 96-102An Introduction to FMEA, Using Failure Mode Effects Analysis to Meet JCAHO's Proactive Risk Assessment Requirement (2002) Health Devices, 31, pp. 223-226. , Emergency Care Research Institute, ECRIHospitals Tackle New JCAHO Requirement with Failure Mode and Effects Analysis (2002) The Risk Management Reporter, 21, pp. 1-7. , Emergency Care Research Institute, ECRIGrissinger, M., Rich, D., (2002) JCAHO: Meeting the Standards for Patient Safety, A Focus on Medication Safety is Required under Joint Commission Standards, and Tools are Available to Help Pharmacists Achieve the Best Possible Outcomes. The Journal of The American Pharmaceutical Association, p. 42DeRosier, J., Using Healthcare Failure Mode and Effect Analysis™: The VA National Center for Patient Safety's Prospective Risk Analysis System, Joint Commission for Accreditation of Healthcare Organizations (2002) Journal on Quality Improvement, 28, pp. 248-267Florence, G., Calil, S.J., Health Failure Mode and Effect Analysis for Clinical Engineering, Application on Cardiac Defibrillators (2006) Journal of Clinical Engineering, 31, pp. 108-113Failure Mode and Effects Analysis, A Hands-On Guide for Healthcare Facilities (2004) Health Devices, 33, pp. 233-243. , Emergency Care Research Institute, ECRIJones, P.L., Risk Management in the Design of Medical Device Software Systems (2002) Biomedical Instrumentation & Technology, 36, pp. 237-26