Quality Management + Compliance for Medical Device Manufacturing
Maintaining the highest quality levels, and a strict state of control and regulatory compliance not only affects the bottom line, it can literally be matters of life and death for medical device manufacturers. To protect medical device manufacturing companies, users and meet tough FDA and other regulatory body demands, it is critically important to understand and meet the challenges of integrated, global corrective and preventive action (CAPA); complaints management; audits; supplier quality and overall product quality management; electronic medical device reporting (eMDR); and more. In addition to the FDA’s stringent 21 CFR Part 11 and 21 CFR 820 requirements, medical device companies also face serious regulatory scrutiny from the Department of HHS and its HIPAA patient privacy regulations. It is incumbent upon medical device manufacturers to use software, hardware, and system processes that ensure only those personnel required to see a given piece of data are in fact allowed to access it.
AssurX software is designed with global quality management and medical device regulatory requirements in mind. Successful companies use AssurX’s, seamlessly integrated software to centrally monitor, manage and improve their quality and regulatory compliance related processes—and the bottom line—across all operations.
Omnify Software provides manufacturers with a Product Lifecycle Management (PLM) solution that is easy to use, quick to deploy and cost-effective. Our PLM system combines business processes with data management and collaboration features to enable product data to be controlled and shared with...
mdi Consultants, Inc. is a leader in providing consulting services to the healthcare industry worldwide. We have extensive expertise in helping medical device, pharmaceutical, biotechnology and food companies achieve compliance with U.S., European and Canadian regulations.
Tanner MEMS design flow delivers 3D MEMS design and fabrication support in one unified environment, and makes it easy to integrate MEMS devices with analog/mixed-signal processing circuitry on the same IC.