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Understand How To Manage Medical Device Infrastructure Requirements According To Iso 13485:2016 Standard

Infrastructure is required for the production, design, and provision of all goods and services; without infrastructure, no business can operate. The infrastructure consists of structures such as buildings, workspaces, utilities, instruments, process equipment, and systems for information technology. Similarly, all businesses engaged in the production or distribution of medical devices must have a strong infrastructure that guarantees product quality at the level necessary for client satisfaction. Organizations must oversee an infrastructure that guarantees product conformance and quality in full compliance with ISO 13485:2016.
An organization could not completely meet infrastructure requirements without the ISO 13485 standard. This implies that the company may compromise on a crucial component of the infrastructure, leading to a variety of issues that must be resolved after an issue arises. Through its strong organizational infrastructure, the ISO 13485 standard has made it simpler for enterprises to deal with potential non-conforming products and defective lots in a proactive manner. A firm may efficiently manage its ...
... operations, guarantee product quality, prevent process losses, and increase customer satisfaction with the aid of a strong infrastructure. Organizations can create such a system with a solid infrastructure where business excellence is ensured with the support of ISO 13485:2016.
Regarding implementation and upkeep, the ISO 13485 standard offers greater clarification. Avoiding product mix-ups and ensuring efficient order handling of the products are among the key goals of ISO 13485:2016 infrastructure requirements. Understand more about ISO 13485:2016's infrastructure requirements here. Achieving conformity to product requirements, according to ISO 13485:2016, is the infrastructure's stated goal. Infrastructure is defined by the standard as follows:
• Buildings, workspaces, and associated utilities – These include the structure that contains the product manufacturing and, ultimately, storage. Workspaces are discrete places within the building for different processes, whereas connected utilities include power supplies, gas supplies, water supplies, sewage systems, and internet connections. As a result, a medical device company must maintain an infrastructure that includes all utilities, buildings, and workplaces required for various procedures.
• Process equipment (both hardware and software) – This includes process equipment hardware, such as machinery and process equipment, as well as software, such as applications, to run those machines to meet the ISO 13485 standard requirements.
• Supporting services (such as transport, communication, or information systems) – Supporting services are any means utilized for transportation, communication, or information systems. Transport services must be maintained by medical device producers. Similarly, they must maintain services required for interdepartmental communication and information systems, such as ERP systems that control inventory and production operations.
Organizations must also maintain infrastructure to prevent product confusion and guarantee that products are handled in an orderly manner. Furthermore, information systems have been included in the infrastructure's supporting services section. The requirements can be summarised as follows:
1. Document infrastructure requirements – The company must include all infrastructure requirements in the ISO 13485 documents to guarantee product quality, prevent product mixing between different lots, batches, and other items, and ensure efficient handling of customer orders.
2. Classify maintenance activities that could affect quality, and maintain records – It is important to identify, record, and manage all maintenance procedures performed on processing equipment, whether it be hardware or software, at predetermined intervals.
3. Offer the infrastructure needed to control the work environment – A controlled work environment is vital for ensuring the end product's quality. As a result, it is vital to identify and provide the equipment needed to monitor and maintain the environment.
4. Deliver the infrastructure for monitoring & measurement – All equipment used to monitor and measure product quality should be identifiable and made available at the point of inspection. External and internal calibration are required to assure the effectiveness of these devices.
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