United States Food and Drug Administration (FDA) regulates all medical devices manufactured in the U.S. The FDA regulations, coupled with European Commission regulations, nearly cover all international distribution of medical devices. However, not all manufactured medical devices go through the same regulations. Depending on the possible risk factors, safety, and reliability of the devices, FDA and European Commission classify them into three different classes.

These three different classes undergo different regulations, and as a medical device manufacturer, it is essential to understand the classification before bringing a new product on the market. In this article, we will provide an overview of medical device classification and lay out a guideline to readily determine the class of your medical device and help you prepare accordingly.

Why Is Medical Device Classification Required?

As a medical device manufacturer, it is compulsory to follow the appropriate regulations before selling medical device products on the market. These rules of manufacturing and regulatory process producing medical devices are determined by the U.S FDA or the European Commission, and unless strictly maintained, the manufactured products have the possibility of not getting accepted for distribution internationally.

But why are such regulations required, and why do they vary for different device classes? As medical devices are directly linked to the patient’s health and welfare, it is the task of the U.S FDA CDRH and EC to ensure safety before the distribution of devices. Thus, by understanding these classes and pertinent regulations, you can:

• Determine the essential requirements and regulations to follow before starting the distribution on the market.
• Verify the risk associated with using newly manufactured medical devices.
• Identify the required time and cost to manufacture and distribute.

The reason for the three different medical device classes is mainly because of different devices having different risk factors. As an example, common first aid products like bandages and life-sustaining medical devices like Defibrillators, Dialysis equipment, etc., do not pose the same risk.

Therefore, all medical devices are grouped into three different classes so the regulation process related to the risks of the devices can be easily maintained by both the manufacturers and customers. Depending on the classes, the manufactured medical device may have different exemptions. However, all three classes must follow the General Controls for Medical Devices.

What Are the Classes of Medical Devices? (U.S. FDA)

According to the U.S. FDA CDRH, medical devices are classified into three different groups. As stated earlier, the risk factors associated with the devices determine which category the device falls in. More about these three classes are discussed briefly below:

Class 1 Medical Device:  The FDA uses “Class 1 devices” for those that are not directly utilized for supporting life and helps prevent impairment to the patient’s health. And thus, these devices have no potential risk of injury or further illness.

Manufacturers can easily deduce Class 1 Medical Device if the products:

• Do not come in contact with a human’s internal organs.
• Provides negligible impact on the patient’s health.
• Are not necessarily required to sustain the life of patients.

Some examples of Class 1 devices are- Bandages, Electric Toothbrush, Oxygen Mask, Non-electric wheelchair, etc.

Class 2 Medical Device: In accordance with the regulations by FDA, all medical devices must follow a list of General Controls. And while using medical devices, if these general controls are not enough to sustain the safety of patients but do not necessarily act as a life-supporting option, then these can be categorized into “Class 2 Devices.”

The signs of a Class 2 Medical Device are:

• Can come in contact with the patient’s internal organs.
• Can function as a diagnostic tool to determine illnesses.
• No direct possibility of posing a threat to the patient’s life.

Some examples of Class 2 devices are- Syringes, Contact Lenses, Sutures and Blood Transfusion Kits, Surgical Gloves, etc.

Class 3 Medical Device: Devices that directly inhibit major illness or sustain a patient’s life and also have a potential risk of further injury or illness are grouped into “Class 3 Devices.” Most Class 3 medical devices are cutting-edge technology that is essential to partially or fully support a human’s life. Most of these devices are required a 510(k) Clearance before the approval for distribution.

Medical devices can be labeled as Class 3 if they:

• Directly come in contact with the patient’s internal organs and nervous system to support or sustain life.
• Require a delicate observation from skilled individuals when in use.
• Have a possibility of posing a threat to the patient’s life.

Some examples of Class 3 devices are- Defibrillators, Implanted Prosthetics, Ventilators, etc.

Medical Device Classification (European Commission)

Similar to the U.S. FDA regulation, medical devices can also be classified into similar Class I (Also Class Is for sterile devices, Im for measuring function and Ir for reusable), Class IIa, Class IIb and Class III devices for EC. But before classifying them into these three classes, all devices are allocated into four basic categories:

• Non-Invasive: Devices that do not enter the body through an orifice or any surface.
• Invasive: Partially or fully enters the body.
• Active: Devices that need an external source of energy.
• Special: Devices that do not fall under the category of the above three.

Depending on the above basic categories, Class I (Also Class Is for sterile devices, Im for measuring function and Ir for reusable), Class IIa, Class IIb and Class III devices are labeled according to the European Commission. Most of the Non-Invasive devices are Class I with low risk. Class II is further divided into Class IIa and Class IIb, where the former is only for medium risk devices and the latter is for medium/high-risk devices. Class III is only allocated to the highest-risk medical devices.

The medical device classification system by the EC is very similar to the U.S. FDA classification. Henceforth, medical devices usually fall under the same class whether you consider FDA regulations or EC regulations.

How to Determine Your Medical Device Class

All the newly manufactured medical devices must follow FDA-regulated general controls. After clearing these regulations, depending on the medical device classification, additional premarketing applications or clearance are required from FDA. Therefore, to deduce the class of your devices, choose according to the Medical Specialty of your product from the 16 Specialized device classifications.

After entering the Regulation Citation for the specific Medical Specialty category, find the corresponding device code in accordance with the related device. Upon clicking the code, you will be able to determine the class of your medical device.

However, if your medical device is an innovative product and is not available on the above mentioned list, then your product will be classified as a Class 3 device.

For European Commission regulation, first, you need to determine which basic category your device falls under. Then select the most applicable rule to your device under that basic category from EU MDR 2017/745 and deduce the device class in the European marketplace.

Final Verdict

In this article, we discussed the FDA classification of medical devices only approved in the U.S and EU. For an international market, you may also have to follow the regulations authorized by “Health Canada” or any other country-specific classification systems. Although, all classifications are similar to some degree.

Upon deducing the class of your medical device, you can now determine if your product is exempt or if a 510(k) clearance is required. In general, most Class 1 and 2 devices are exempt and only need to follow the General Controls provided by FDA. Non-exempt products require a 510(k) clearance before distributing to the market.

For class 3 medical devices, a PMA is required to completely ensure the safety and effectiveness of the manufactured device. Thus, as a medical device manufacturer, it is crucial to know the classes of manufactured devices so that all the required regulations can be complied with before starting to bring the device to the market.

Similar to the FDA, you need to follow EU MDR 2017/745 if you want to distribute your device on the European market. The main difference between FDA and EC regulation is that FDA regulates devices in comparison with already registered medical devices, and EC has specific rules established to classify the devices.

You may go back to our EU MDR guide.

If you are interested in the European market you can contact us for a preliminary discussion. You can also look at our dedicated page for European medical device registration.

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EUDAMED is the EU medical device database that came into effect in May 2021. The regulation, known as MDR (Medical Device Regulation), replaces the Medical Devices Directive (MDD) and sets new standards for medical device registration and market surveillance. It is significantly more stringent when it comes to regulating medical devices. If you are a manufacturer of medical devices, you need to be prepared for EUDAMED access.

The European Databank on Medical Devices is a database that will track all medical devices sold in the EU, and manufacturers will need to register their devices with EUDAMED.

In this blog post, we will discuss EUDAMED – what it is, how to prepare for it, and what changes you can expect. Stay tuned for more information about EUDAMED!

What is EUDAMED?

The European Databank on Medical Devices, or EUDAMED for short, is a secure web-based portal that allows national authorities and regulatory bodies from across the continent to exchange information. This can be done in order to strengthen market surveillance while also ensuring transparency with regards to medical devices being placed onto the markets by making it easier if anyone wants access!

The portal cannot be accessed by customers but instead acts as an exchange between national competent authorities who are required by law to share information thereupon while also helping regulate things like safety standards across borders within Europe!

EUDAMED will also contain important information for those who are involved in medical device clinical trials as well as post-market surveillance.

What are the Benefits of EUDAMED?

From a manufacturer’s perspective, having a centralized database will reduce the amount of paperwork that is needed to be filed in order to market devices across multiple countries within Europe. In other words, it eliminates redundant processes and makes things more efficient!

It will also help improve patient safety as authorities will be able to track devices and their unique identifiers (UDI) more easily, which can lead to quicker identification and recall of faulty products. In addition, patients will be able to access information about recalled devices through UDI numbers too so that they can make an informed decision should they need to!

Players Involved in EUDAMED

The European Commission is the main player when it comes to EUDAMED as they are responsible for setting up and maintaining the database. Other players include:

• Notified Bodies: These are organizations that have been accredited by the European Commission in order to assess whether medical devices comply with the requirements of EU Directives or Regulations.
• Competent Authorities: These are national authorities responsible for ensuring that medical devices placed on their market meet all applicable legal requirements. In addition, they also carry out market surveillance activities to verify compliance!
• Manufacturers: They are required to register their devices with EUDAMED and obtain a Unique Device Identification (UDI) number for each product.
• Authorized Representatives: They act on behalf of the manufacturer and are responsible for ensuring that all medical devices placed onto the market comply with EU law.
• Patients: They have a right to access information about recalled devices through UDI numbers.

Manufacturers of medical devices need to take certain steps in order to prepare for EUDAMED access. These include:

1. Actor Registration: EUDAMED actor registration is the process of registering an organization or individual in the EUDAMED database. This is necessary in order to be able to access certain features of the portal, such as submitting applications for clinical trials or placing devices on the market.
2. Unique Device Identification (UDI) and Device Registration: Include a UDI on all medical devices placed on the market. The EUDAMED UDI/device registration module is a centralized EUDAMED database that contains information about every medical device with a UDI that is placed on the market in Europe.
3. Notified Bodies and Certificates: Medical devices must comply with safety and performance standards set out by the EUDAMED regulation. Certificates issued by notified bodies are recognized throughout Europe.
4. Clinical Investigations and Performance Studies: Clinical investigations must be conducted in accordance with EU Clinical Investigation Requirements. This includes performance studies that are conducted to demonstrate the safety and performance of a medical device. Clinical Evaluation information also includes that information.
5. Vigilance and Post-market Surveillance: Medical devices are subject to post-market surveillance requirements. This includes monitoring for adverse events and complaints, as well as product recalls.
6. Market Surveillance: Competent authorities carry out market surveillance activities to verify compliance with EU medical device requirements.

MDR is a complex regulation that will have a significant impact on the medical device industry. Manufacturers need to start preparing now to ensure they are compliant when the regulation goes into effect.

Understanding EUDAMED Database Search Functionality

EUDAMED is a powerful tool for manufacturers, notified bodies, and competent authorities. It provides extensive search functionality that allows users to easily find the information they need.

The EUDAMED database is searchable by:

• device type
• classification
• manufacturer name
• authorized representative name
• Notified Body number
• UDI number

Each of these fields can be used to conduct a simple or advanced search. A simple search will return all results that match the exact search term entered. An advanced search allows you to specify additional criteria, such as product type or date range. This will return targeted results that are more likely to be relevant to your needs.

What is stored in EUDAMED?

EUDAMED stores a variety of information, including:

• Information on Clinical Investigations
• A copy of ISO certificate/Proof of QMS
• Justification of the classification according to Annex IX
• Labeling and instructions
• A vigilance and traceability system or an ISO certificate
• Declaration of conformity
• The registration of manufacturers, the devices in question, and their Authorized Representative
• Any additional documentation

EUDAMED also stores information about clinical investigations and performance studies. This includes data on study design, methodology, and results. Manufacturers must submit this information when they apply for CE Marking of their devices.

The database is updated regularly with new information on clinical investigations and performance studies. Manufacturers should make sure they are familiar with the EUDAMED database search functionality so they can quickly find the information they need.

Conclusion

The MDR regulation is a complex piece of legislation that will have a significant impact on the medical device industry. Manufacturers need to start preparing now to ensure they are compliant when the regulation goes into effect. Understanding EUDAMED database search functionality is essential for manufacturers who want to be able to quickly find the information they need. EUDAMED access will allow you to consult related EUDAMED MDR information.

You may go back to our EU MDR guide.

If you are interested in the European market you can contact us for a preliminary discussion. You can also look at our dedicated page for European medical device registration.

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No medical procedure comes without risk, but this can be reduced through effective risk management and regulation of medical devices. A medical device is any instrument or machine used to diagnose, prevent, or treat medical conditions and diseases. ISO 13485 is a global standard used to audit businesses that use devices for which ISO 13485 is required which can be obtained by first getting ISO 13485 2016 training.

Through ISO 13485 achievable via ISO 13485 training online, professionals can learn how to evaluate if they meet safety regulations and customer requirements across the medical device life cycle, from manufacturing to disposal. Regulatory requirements and accountability continue to become more stringent to ensure best practices. This article highlights everything you need to know about the globally approved QMS compliant with ISO 13485 and proper ISO 13485 training.

What is ISO 13485, and Why is it Important?

ISO 13485 is the most widely used quality management system for medical devices globally. A QMS (quality management system) can help your business continuously improve its efficiency and effectiveness. Effective regulations, such as implementing ISO 13485 and undergoing ISO 13485 training, can also prevent fatal mistakes, lower costs and produce better results in the long run.

On its own, ISO 13485 specifies criteria for medical devices. The internal audit technique, is based on the existing ISO 9001 standards, which are in place for all businesses, regardless of their industry. In addition, some countries require mandatory ISO 13485 and hence ISO 13485 training to support regulate the medical industry.

ISO 13485 2016 training demonstrates your commitment to providing high-quality medical care to your patients.  By attaining the knowledge and skills required to manage the ISO 13485 framework, you understand the importance of medical device safety and performance. In addition, a quality management system facilitates customer satisfaction as well.

Additionally, ISO 13485 Training can open up new opportunities, including career growth. Through this training, your knowledge and expertise on the latest medical tools and technology are optimized as well. Since ISO 13485 lead auditor training is internationally recognized, the certification helps organizations gain more recognition and respect.

Usually, the framework is evaluated every five years. However, the latest version of ISO 13485 was released in 2016 and is still in place. The number of individuals with 13485 ISO training worldwide increased by over 33% in 2020! This demonstrates how it is becoming more vital to get certified and reflect industry requirements.

Who is ISO 13485 Training for?

ISO 13485 2016 training is intended for individuals and organizations that work with medical devices in any capacity. Regardless of size or kind, the standards outlined by ISO 13485 apply to everyone unless otherwise stated.

Suppliers and external parties such as distributors can also adopt the ISO 13485 framework. According to the ISO 13485 training requirements, everyone involved at any stage must be fully aware of their work and adhere to product quality and procedures. The key is that medical professionals must fulfil their job functions.

The primary members of ISO 13485: 2016 include manufacturers, developers, service providers, and importers of medical equipment and its components.

What are the requirements of ISO 13485?

ISO 13485 that can be documented as ISO 13485 awareness training ppt sets guidelines to ensure safe designing, manufacturing, and distribution of medical devices. The ISO 13485 and most ISO 13485 course online is broken down into eight sections. The first three sections consist of introductory information, while the latter lays out the quality management system’s mandatory requirements.

You must meet the requirements stated in the structure below. In addition, to achieve ISO 13485 certification, you must adhere to local customs and statutory regulations. However, it is imperative first to implement the criteria set by ISO 13485: 2016 within your organization.

ISO 13485 Structure

ISO 13485 and most ISO 13485 training is divided into the following eight clauses:

1.    Scope

This section describes the purpose and application of  ISO 13485 including ISO 13485 lead auditor training. Additionally, it talks about the importance of quality control and how to improve as a specialist continuously.

2.    Reference

The ISO 13485 certification is based on ISO 9000. Section two talks about combining the two QMS to use them together as a reference.

3.    Terms and Definitions

While basic terminology is already confirmed in the previous section, this clause defines them further. Clause three also frames the entire vocabulary of the standard, so it is easier to understand.

The remaining clauses below are the requirements that you or your organization must meet to become certified:

4.    Overall General Requirements

Manufacturer quality management is outlined in this document. The general requirements and documentation required are mentioned here for those looking to get certified. The QMS states that a high-quality, accurate record and manual must be rewritten and followed.

If documents are reviewed or changed, this section entails controlling them and ensuring accuracy. The integrity of records and establishing procedures encourage a controlled environment, more efficient reviews, and continuous maintenance.

5.    Management

All businesses have policymakers and management involved in financial decisions. The management clause establishes the responsibility of upper management. ISO 13485 and most ISO 13485 training online illustrates the provision of resources, quality planning, and policies to understand it at all levels.

6.    Resources

This section requires management to help ensure facilities, tools, and resources, including computing systems, are at par. For example, management must create an appropriate environment to build medical devices, and equipment must be well-maintained. This results in the production of devices that meet all the QMS specifications.

7.    Product Realization

Section seven of the ISO 13485 standard contains information on everyday activities required for product design, development, and control. Each stage of the product life cycle from planning to implementing and support is defined. To make it easier to assess the final product, it also instructs how to manage risk and analyze problems.

8.    Monitoring, Analysis, and Improvement

The final module of the ISO 13485 certification covers how to effectively monitor and improve all processes. As a result of customer feedback, internal auditing, and continuous data analysis, the eighth clause prolongs the QMS system’s impact.

Getting Started with Training!

ISO 13485 training online offers several benefits for professionals working with medical devices that require certification. In addition to helping establish quality constraints, the standards set by ISO 13485 increase medical safety, effectiveness, and customer satisfaction. If you are up for the challenge, our experts can help you with a high-quality experience that meets your needs.

If you are interested in the European market you can contact us for a preliminary discussion. You can also look at our dedicated page for ISO 13485.

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The FDA 510k database is an important tool for medical device manufacturers. Understanding how to use it can help you stay compliant with FDA regulations and strategically plan your regulatory strategy in the United States. Perform FDA 510k database search effectively.

For medical device manufacturers who plan on introducing a new product into commercial distribution in the US, it’s important to submit an application with details about your intended use and design before going through approval. The rule applies whether you are making history by launching for the first time or planning reintroduction with significant changes. Therefore, these companies need specific information found within the FDA 510k database so they can follow all requirements necessary towards getting their products cleared from the marketplace.

One of the most important things they should know is that the searchable database contains records of all cleared medical devices, such as the device classification name, name of the device, and contact information for the applicant, among other things.

With that being said, let’s look at some other key elements for this topic, including what types of information are available in the database, how to conduct a search using specific criteria, and how to access certain records with varying levels of accessibility.

510k Database Search: Exploring the FDA 510k Database

Medical device manufacturers must know that the general public can access the FDA 510 k clearance search and notifications through its official website. You can perform a thorough 510k database search and go through its historical notification documents, including the applications for the latest innovations and discoveries in medical device manufacturing and technology from other companies.

Though it’s possible to conduct a search with an individual product name, manufacturers should understand that the FDA 510 k clearance records are available in two different ways. They can either be searched based on their generic device names or classifications of devices.

• Generic Names Search: This is exactly what its name suggests – you need to enter information about your medical device into this FDA database to find out if there already exists another version of that type within the US market.
• Classification Name Search: The other option is entering specific details about your intended use and design so they can provide relevant results from all submissions matching similar criteria, including contact person/company information, application number, date submitted, classification code(s), etc., instead of searching by brand name.

The rule of thumb is to use broader and most-used terms like ‘cancer’ and ‘scan.’ This will give you more extensive search results. On the other hand, you can search based on categories. That is, you can conduct your search through categories like Gastroenterology, Toxicology, Cardiology, or another specialization of your choice.

It’s important to know that the FDA 510 k clearance search results are useful for companies who want to submit their submissions with additional information, including added benefits of using your specific device over others available within the market. You can provide evidence of any competitive advantage or superiority for being able to get it into the US marketplace under a different name than other devices that have already received approval from the agency.

FDA 510 k Clearance Search: What information is available?

Clicking on individual search results in the FDA 510(k) database will provide you with additional information related to each notification paperwork that was filed for a device. This includes:

• 510(k) number
• The device classification name
• The name of the device
• Applicant/company name who filed the 510(k)
• Contact information
• The date of confirmation
• A classification product code indicating the type of medical device
• The substantial equivalence decision result (whether or not the FDA 510k database notification has successfully demonstrated equivalence between the predicate medical device and the new version)
• Information on the review panel that reviewed the application
• And any other FDA regulation that applies to the medical device

The website also links the original documentation of the notification document as a guide to help users filling the FDA 510 k database to understand how the form should actually look.

How to Perform the FDA 510 k Database Search Effectively?

The FDA 510 k database search is made easy for manufacturers with the user-friendly interface of its official website.

Manufacturers who need to know how to do a comprehensive 510k data search can easily access this information on the site of the agency itself, including additional details about filing medical device submissions. This includes step-by-step instructions that are available 24/365 for users of all types and expertise levels, along with FAQs related to conducting searches through both name or classification options. The FDA even provides help guides in different languages, so they can be accessed anytime, depending on your preference! There’s also an option where you can file your inquiries online through its ‘contact us’ section if you have any questions about using the system, as well as specific queries regarding a certain device.

The 510(k) database is a comprehensive listing of Class I, Class II, and III medical devices that have been cleared for commercial distribution in the United States by demonstrating substantial equivalence to a predicate device already on the market.

It’s important to know that this list doesn’t include devices that are exempt from Premarket Notification requirements or those that have been withdrawn, so it should not be used as an exhaustive source for all medical devices available. You can also use it to find out more about specific types of devices, their manufacturers, and how they compare to similar products already in use.

Conclusion

The FDA 510 k clearance search results are useful for companies who want to submit their submissions with additional information, including added benefits of using your specific device over others available within the market. You can provide evidence of any competitive advantage or superiority for being able to get it into the US marketplace under a different name than other devices that have already received approval from the agency.

If you need some help to deal with the FDA registration for your medical device you can contact us for a preliminary discussion. We also provide service for 510k submission.

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The Medical Device Coordination Group (MDCG) is a regulatory body of health and industry experts with the goal to improve medical device coordination, ensuring the safe and effective use of medical devices in Europe. The group is mainly known for publishing MDCG guidance starting with the series MDCG 2019. Such guidance can be perceived as EU MDR guidance documents.

MDCG was developed under the MDR (Medical Device Regulation) and IVDR (In-vitro-Diagnostic Device Regulation) to ensure that hospitals, clinics, managed care organizations, health systems, and other entities can coordinate their procurement strategies for medical devices in order to increase efficiency.

The MDCG guidance provides information about the provisions that must be addressed for the implementation of the new EU Medical Devices Regulation. While the guidance is not legally binding, it implements Article 105 of the EU MDR intended for the harmonized and effective execution of the regulation.

The regulatory body typically includes physicians, nurses, health care providers, pharmacists, quality-of-care experts, and other stakeholders who work together to improve patient safety with medical device usage.

Keep on reading as we explore MDCG in detail.

What are the Tasks of the MDCG?

Please note that MDCG has no decision-making power and boasts only advisory and coordinating functions. They deal with the major challenges from the medical devices sector, including standardization to market surveillance, Notified Body Oversight, new technologies, and clinical investigation, and passing by international matters.

MDCG’s expertise originates from its divisions in 13 subgroups that provide advice and draft MDCG guidance on their respective fields.

MDCG directly reports to the EU Commission. Its primary role and responsibility include:

• Defining details of the reporting system from Article 91, which includes deadlines and measures, etc.
• Common Specifications adopted, with reference to Article 9
• Decides whether a medical device falls within the scope of the regulation, with respect to Article 4 and Article 51

They create a market surveillance program where they can request scientific advice on the performance and safety of a medical device from the expert panels in case there are any concerns.

Who Can Become a Member of MDCG?

The Medical Devices Coordination Group is composed of a panel appointed by the Member States based on their role and expertise in medical devices. Their goal is to advise the EU Commission and contribute to the uniform implementation of medical products and devices. It supports medical devices, which includes in-vitro diagnostics as well.

The members of the Medical Device Coordination Group are chosen for their professional experience and competency in medical devices, as well as diagnostics. The entire committee has about 60 members overall so that no one area gets overlooked during the decision-making process. That is, each Member State of the European Union appoints a member and deputy member.

In an effort to better understand the safety and efficacy of medical devices, the Medical Device Coordination Group can invite third parties like individuals or companies to attend meetings. Additionally, they may ask these groups for written input on specific topics related to the device use.

Essentially, they can include physicians, nurses, health care providers, pharmacists, quality-of-care experts, and other stakeholders.

Notified Bodies Oversight

MDCG shares experiences and exchanges perspectives on challenges related to notified bodies. Hence, they draft technical recommendations on matters related to conformity assessment and notified bodies. The topics of interest include conformity assessment activities, cooperation among authorities responsible for notified bodies, and coordination of administrative practice.

Standards

MDCG discusses challenges related to standardization and coordinates proposals for the development and use of specific and technical standard documents in diverse fields. It deals with topics related to standardization requests to the European standardization organizations, availability of harmonized standards in the context of the preparation of common specifications, International Medical Device Regulators Forum., and cooperation with the European (CEN and Cenelec) and international (ISO and IEC) standardization organizations.

Clinical Investigation and Standards

The group promotes and develops homogenous interpretation and execution concerning the clinical evaluation and investigation. In this,  the MDCG supports other working groups on evaluation issues and clinical investigations. Topics covered in this discussion and coordination include evaluation and post-market clinical follow-up and common specifications in respect of the clinical investigation.

Post-market Surveillance and Vigilance

This discussion group provides support to the MDCG on aspects of post-market surveillance, vigilance, and incident reporting, with the purpose of harmonized and effective implementation of the EU MDR guidance. The topics covered include trend reports and periodic safety update reports, periodic summary reports, field safety notices, field safety corrective actions, development and updating of harmonized reporting forms for incidents, and reviewing of incident reporting practices.

EUDAMED

MDCG facilitates the execution of the EUDAMED database, offering coordination and advice according to the work of other MDCG working groups. The EU Commission must hear out the MDCG before operating or setting up a UDI database, establishing a system that generates unique registration numbers, establishing and managing information on notified bodies and certificates of conformity, and publishing a test report.

New Technologies

MDCG advises on issues related to the application and use of new and emerging technologies in medical science, including apps, software, and cybersecurity. The goal is to identify the latest issues that may arise when using medical devices. Areas covered under this MDCG guidance include electronic instructions on the use of medical devices, development of proposals for guidance and common specifications, and sufficiency of the current regulatory framework in relation to those challenges and technologies.

Borderline and Classification

In this, the MDCG assists with questions relating to the qualification of a medical device, including those products that don’t have an intended medical purpose. The team may look into the matters related to the suitable type of classification for a specific device.

Market Surveillance

The group focuses on administrative measures and enforcement activities in relation to the control and surveillance of medical devices put on the market. Areas covered under this guidance include conformity assessment related to products that don’t need the involvement of notified bodies, general obligations of economic operators, the implementation and application of the performance, and general safety requirements.

Conclusion

The inclusion of MDCG affects the medical device manufacturers, their service providers, and the Notified Bodies. The Medical Device Coordination Group tells when the medical device is ready for use under MDR. Hence, it ensures the safety and effectiveness of the products.

You may go back to our EU MDR guide.

If you are interested in the European market you can contact us for a preliminary discussion. You can also look at our dedicated page for European medical device registration.

The post MDCG appeared first on Kobridge.

There are many regulations in place that govern how medical device manufacturers can produce and supply their products. The EU has a few different regulatory requirements for medical devices. In Europe, there is the MDD (Medical Devices Directive) as well as MDR (Medical Device Regulation). Understanding the MDD vs MDR difference is vital for manufacturers to safely carry out their operations in European countries. The MDR is the successor of MDD and has been put in place to protect the health and safety of European Union citizens.

The purpose of this new regulation is to ensure that manufacturers produce safe products for Europeans. This includes the devices themselves as well as any medical device software (MDS). However, one major MDD and MDR difference is where they apply. The MDD applies to medical devices that are used in the European Union, and it includes all types of devices as well as software for those devices. This means any device marketed inside Europe is subject to strict MDD regulation standards such as complying with the regulatory requirements or meeting additional requirements. The MDR applies to manufacturers of medical devices that are sold in Europe.

​​This article will explore the difference between MDD and MDR, provide you with an overview of what it entails, and discuss how compliance can help your business to safely do business in Europe.

What is the EU Medical Device Regulation (MDR)?

The Medical Device Regulation (MDR) was established in 2007 and then revised for the first time in 2017. It is the successor of MDD and applies to manufacturers of medical devices sold or exported into Europe, excluding products used inside the EU but may include those marketed outside it. The MDR defines what exactly needs to be done by medical device manufacturers in order to comply with the regulatory requirements. It includes a few different requirements for medical devices and also requires all products to have CE marking on them.

The MDR applies to any type of medical device, including software that is used by those devices (MDS). Some other types of regulations may only be applicable to specific groups or industries – such as the MDD, which applies to devices used inside the EU.

The MDR is a regulation that manufacturers need to comply with in order to sell their products within Europe safely and without any legal risk. It’s also important for these companies’ compliance officers or managers, who are responsible for making sure everything is done according to this law so that products can be sold in Europe.

What is the EU Medical Devices Directive (MDD)?

The Medical Devices Directive (MDD) is an older regulatory requirement that was established in 1994. It applied to all devices sold on the European market, which means any device used inside Europe and sold within it is subject to these requirements. MDD applied to a much broader range of medical devices than just those made for export into Europe. This includes all types of devices and software, as well as products that may be used outside the EU.

The MDD was an important piece of legislation for medical device manufacturers because it provides a framework to follow in order to make sure their product complies with European standards. But it lacked certain aspects, which resulted in the creation of MDR. MDD established how companies are allowed to advertise their own products or those of competitors – since MDD rules applied to all products, not just those made for export. One of the key distinctions between MDR vs MDR is that MDDs don’t include additional requirements beyond what items are already covered by EU legislation (such as a CE marking).

MDD vs MDR Comparison

The following table provides a quick MDD MDR comparison:

New Requirements in EU MDR:

1. Certain devices with no intended medical purpose
2. Reprocessed single-use medical devices
3. Devices for disinfection, sterilization, and cleaning
4. Devices incorporating non-viable human tissues
5. Ancillary medicinal products
6. Active implantable medical devices

Requirements from MDD that are gone:

• Nothing from within the Medical Devices Directive has been removed; instead Medical Device Regulation has added some new requirements.

Important Areas of Change:

• Major

1. Classes of medical device
2. Unique device identification (UDI) system

• Moderate

1. Requirements for clinical evaluation, post-market surveillance system, and clinical investigation
2. Classification rules

• Small

1. The person responsible for regulatory compliance
2. Stakeholders in the lifecycle of the medical device

What does the MDR bring for medical device manufacturers?

• Easier preparation of the documents and definition of required tests and assessments for the manufacturers
• More detailed requirements for technical documentation
• Established requirements for the Quality Management System
• More strict requirements with the intention to prove the safety of the medical devices for both users and patients

MDR versus MDD: Why did MDD need to be updated?

MDD is outdated. At the time of creating MDD, apps that patients use to monitor their health did not exist, and Software as a Medical Service (SaMD) was not even a concept back then.

Since 1994, the average age in Europe has also seen a significant increase. As a result, this brings greater risks in the malfunction of medical devices. In order to overcome this issue, MDR was established with the purpose of putting stricter regulations on the product life cycle and increasing the overall product hygiene.

Over the years, Europeans have become increasingly conscious of their health. Keeping these factors in mind, there is an increased demand from the consumers for transparency of medical equipment and device technical information.

You may go back to our EU MDR guide.

If you are interested in the European market you can contact us for a preliminary discussion. You can also look at our dedicated page for European medical device registration.

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ISO 13485 2016 (or EN ISO 13485 2016 for Europe) is the latest standard for medical devices. It was published in July 2016, and it has a lot of changes from ISO 13485:2003. ISO 13485 2016 includes new requirements for quality management systems and documentation of medical devices. ISO has released ISO 13485 2016 after an extensive revision process to provide manufacturers with a new, up-to-date tool that will help them improve their management systems to reduce risk and deliver high-quality products. Essentially, it is a comprehensive set of standards that covers the requirements for the design, development, production, and distribution of medical devices in Europe. ISO 13485 2016 was created to ensure safety and efficiency in healthcare. It has been revised from the previous ISO 13485:2003 version. There are many new changes in ISO 13486 2016, but it’s not hard to comply with them!

This post will help you understand these new updates!

What is 2016 ISO 13485?

EN ISO 13485 2016 is the latest quality management system (QMS) for medical devices. This is the European version of the International Standard.

ISO 13485 2016 includes new requirements for quality management systems and documentation of medical devices. The International Standardisation Organisation devised the new internally recognised QMS that all medical device suppliers and manufacturers have to adhere to, demonstrating that:

• They have the competency to supply or manufacture substances for the medical industry
• They can supply or design products according to the regulatory requirements
• They are dedicated to maintaining the safety and quality of the medical devices
• Best practices are being used throughout the design, manufacturing, and testing process

The ISO 13485 2016 standards are regularly reviewed and updated where necessary. Requirements have been added or strengthened in areas such as risk management, design control, documentation requirements (including device history records), corrective actions & preventive action (CAPA) processes, complaint handling process, product evaluation/validation statements etc.

An organisation must comply with ISO 13485 2016 in order to be certified as a medical device manufacturer. Certification is mandatory for manufacturers who supply ISO-certified devices within the European market and voluntary for manufacturers supplying products outside of Europe.

There are many issues that you may encounter when attempting to implement these changes into your organisation, so it’s important to seek help from experts!

Companies or organisations that are accredited to the ISO 13485 2016 standard take part in at least one of the following product lifecycle stages during the manufacturing process:

• Providing instructions and technical support for users
• Supplying replacement parts as required
• Maintenance or servicing of the medical device
• Safe and correct installation of the device
• Proper storage conditions and packaging
• Manufacture or mass production of the device
• Product development and prototyping
• Design or conceptualisation of the medical device

Medical device suppliers and other entities can use 13485 2016 in their operations to show that their protocols and systems can maintain quality at every stage of development. As a result, the end-user can rest assured that the medical device manufacturer or supplier is meeting the ISO 13485 requirements throughout the supply chain.

Please note that the ISO 13485 requirements are applicable to all organisations, irrespective of big or small, as long as they are engaged in any one of the lifecycle stages of the medical device design and manufacturing.

In Which Countries is EN ISO 13485 2016 Applicable?

EN ISO 13485 2016 is applicable throughout the European Union, Australia, Japan, Canada, and many other countries for most medical devices. The standard applies to all 165 members of the ISO (International Standardisation Organisation).

What are the ISO 13485 Requirements?

ISO 13485 requirements for the QMS to manufacture ISO medical devices and services that frequently meet the applicable regulatory requirements, including consumer needs. The new ISO 13485 2016 standard is divided into eight different segments, with the first three being introductory and the remaining ones containing the mandatory requirements. The following are the five primary segments that manufacturers and associated entities should comply with:

Section 4: Quality Management System – In this section, ISO talks about the general quality management system requirements, including the documentation required. It consists of requirements mandatory for Control of Records, Control of Documents, and Quality Manual. All these are mandatory documents in the QMS.

Section 5: Management Responsibility – In this section, the ISO talks about the need for robust management measures that are instrumental in the maintenance and execution of the quality management system. Apart from designing and planning the QMS, there is a need for the quality management involved in the review of the QMS to make sure that improvements and customer satisfaction are guaranteed.

Section 6: Resource Management – In this section, ISO covers the necessity of controlling all resources, such as the working environment, infrastructure, buildings, and even human resources. This is the smallest section that contains the mandatory requirements.

Section 7: Product Realisation – In this section, ISO emphasises the aspects of the creation and planning of the medical product or service. It incorporates requirements on product design, planning, product requirements review, purchasing, controlling the medical device, creating the product or service, and measuring the product or service. ISO allows the requirements in Section 7 to be excluded in case they are not applicable to the organisation, particularly when the organisation is not involved in the design and manufacturing process.

Section 8: Measurement, Analysis, and Improvement – In this section, ISO emphasises the requirements for monitoring and reviewing the quality management system. This ISO 13485 2016 standard involves assessing customer satisfaction, taking corrective and preventive actions, dealing with non-conforming products, and monitoring products and processes.

What’s New in the Updated Version of EN ISO 13485 2016 Standard?

ISO has made some minor changes to the already existing ISO 13485 2016 standard. This time, ISO has given prominence to the increased emphasis on risk. That is, the updated version expects medical device manufacturers and suppliers to apply a risk-based approach for controlling the quality management system processes. This new version applies to an extensive variety of areas, such as:

• Documentation of risk management in product realisation
• Management of CAPA (corrective and preventive actions)
• Monitoring, testing, and traceability of medical devices
• Software validation
• Training of staff and personnel commensurate
• Supplier and outsourcing controls

The new standard of the ISO 13485 2016 will impact the organisation’s objectives and business if not adhered to properly.

If you are interested in the European market you can contact us for a preliminary discussion. You can also look at our dedicated page for ISO 13485.

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The manufacturer must justify and document the design steps of his device. He must verify compliance with the requirements of Annex I to the European Medical Device Regulation 2017/745 dedicated to general safety and performance requirements. EU MDR harmonized standards and reference requirements can be used for that purpose.

The manufacturer may benefit from a presumption of conformity if he complies with:

• harmonized standards[1] related to quality management systems, risk management, post-market surveillance system, clinical investigations, clinical evaluation and post-market clinical follow-up (PMCF),
• harmonized standards and monographs of the European Pharmacopoeia related to the device,

A harmonized standard is a European standard developed by a recognized European Standards Organisation: CEN, CENELEC, or ETSI. It is created following a request from the European Commission to one of these organizations. Manufacturers, other economic operators, or conformity assessment bodies can use harmonized standards to demonstrate that products, services, or processes comply with relevant EU legislation.

EU MDR standards can be for instance: EN ISO 13485, EN ISO 14971, EN ISO 10993-1, EN IEC 60601-1, etc…

The references of harmonized standards must be published in the Official Journal of the European Union. The purpose of this website is to provide access to the latest lists of references of harmonized standards and other European standards published in the Official Journal of the European Union (OJEU).

On July 16, 2021, a first set of EU MDR harmonized standards has been released by the European Commission. The official notification can be found here.

Only 5 standards have been approved as you can see below:

ANNEX of the implementing decision:

On January 4, 2022, another set of EU MDR harmonized standards  was released by the European Commission. The official notification can be found here.

9 new standards were added to the list above as you can see below.

ANNEX of the implementing decision:

On May 11, 2022, another set of EU MDR harmonized standards  was released by the European Commission. The official notification can be found here.

9 new standards were added to the list above as you can see below.

ANNEX of the implementing decision:

So this brings the total of harmonized standards to 16.

Obviously, more harmonized standards will be added in the future.

[1] Article 8 Regulation 2017/745.

[2] Article 9 Regulation 2017/745.

You may go back to our EU MDR guide.

If you are interested in the European market you can contact us for a preliminary discussion. You can also look at our dedicated page for European medical device registration.

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The European Union (EU) Medical Device Regulation is the latest step in regulating medical devices in the European Union and has been developed to strengthen the monitoring of the medical devices on the market and their manufacturers. The EU MDR has been made effective by the European Parliament enforced by 27 Member States of the EU (not including the UK), replacing individual national regulations. It went into effect on 26 May 2021 and was created following a public consultation with stakeholders. There is no transitional period for the regulation even though Notified Bodies allow medical devices CE marked under Medical Device Directives (MDD) prior to 26 May 2021 to be put on the European Market until 2024. The Notified Bodies have to ensure compliance with the MDD and the article 120 of the regulation 2017/745.

​​The main objective of the new EU MDR Regulation is to update and strengthen the EU’s legislation for medical devices so that it can better protect patients and healthcare professionals from risks related to these devices.

But what does this mean for medical device companies and manufacturers? What are some changes that have been made? What will happen if your company does not comply?

This article aims to provide an overview of what you need to know about the EU MDR 2017 745 regulation as well as some insights into how it may affect your business!

What is the New EU MDR?

The European Union Medical Device Regulation (EU MDR) is a set of laws that sets out the rules for the production, distribution, and regulation of medical devices within the EU Member States. These regulations were created to provide legal security and greater certainty about how these products are assessed, manufactured, and distributed in Europe.

The MDR compliance ensures that the medical device is safe, of good quality, meets essential requirements for EU medical devices, and is indicated by a CE mark. Medical device manufacturers should implement a quality management system in order to be compliant with the MDR.

That is, companies must develop a suite of MDR-compliant processes, regulatory systems, and documents to monitor the performance and safety of their medical devices.

What are the Key Changes that you should know?

The following are some of the key changes which have been made to the EU MDR Regulation:

• The scope for medical devices has been expanded to include software and devices that do not have a medical intended purpose such as esthetic products as defined by Annex XVI. This means manufacturers will be required to assess their compliance with cybersecurity requirements and ensure they meet certain security standards in order to comply with this regulation.

• Manufacturers are now required to conduct post-market surveillance on devices in order to monitor their safety and performance, which must be compliant with European Union law and report any defects with these products. This must be done without delay when notified by a user or when an issue is picked up in the course of routine surveillance.

• Economic operators are to be identified and the interactions with them well defined. By economic operator, the regulation means distributors, importers and authorized representatives.

This means they will need to implement a “conformity assessment procedure” (CAP), including providing technical documentation on how the device is designed, manufactured, and evaluated by Notified Bodies. It may also include a “technical documentation” that documents these aspects of the process, as well as any risks associated with the medical device and how they have been mitigated. In addition, the MDR require the following:

• There has been a mandatory implementation of the unique device identification (UDI) mechanism that expects to increase the ability of medical device manufacturers and authorities to track specific devices through the supply chain.
• Medical device manufacturers now have to provide clinical evidence by means of clinical investigations for class III and implantable medical devices to support the claims done on both the performance and safety of the underlying medical devices.
• According to the new EU Medical Device Regulation, manufacturers have to identify a ‘qualified person’ within their organization who can be held responsible for all aspects of compliance with the requirements of the new EU MDR. This person is named : Person Responsible for Regulatory Compliance (PRRC)
• The new regulation requires manufacturers to reclassify their medical devices as per the contact duration, risk, and invasiveness. This means they have to evaluate the updated regulatory requirements in order to update their technical documentation, keeping in mind the fact that implantable devices and class III devices will have regular surveillance processes and higher clinical requirements.
• Clinical evaluation is required for Class IIa and Class IIb medical devices. These devices are low-risk products designed to diagnose or treat a condition in a patient who is not in urgent need of medical care (e.g., thermometers, blood pressure monitors). So, manufacturers have to update their clinical evaluation based on the latest norms to determine the scenarios where they need to conduct a clinical trial or collect additional clinical evidence.
• Lastly, all the approved medical devices under the latest EU Medical Device Directive must be recertified according to EU MDR unless the validity of the CE mark certificate has been extended to May 2024 as per the regulatory framework.

How is the New EU MDR Structured?

The new EU MDR 2017 745 document is 174 pages in length, containing 10 chapters and 17 annexes. The document is divided into several parts, which includes:

• General Provisions
• Scope for Application of the MDR Regulation to be Applied in the EU Member States; Rules on Local Manufacture or Importation by an Individual Manufacturer for Personal Use
• Production and Distribution Requirements for Medical Devices; Rules on Local Manufacture or Importation by an Individual Manufacturer for Personal Use
• Rules on the Conformity Assessment Procedures and Documentation
• General Safety and Performance Requirements

Moreover, the chapters can be classified into the following:

• Basics of Medical Devices and Their Classification
• Scope of the MDR Regulation in the EU Member States
• Manufacturing and Distribution Requirements for Medical Devices
• General Provisions Applicable to CAPs
• Specific Provisions Applicable to Certain Categories of Class I Medical Devices; Reserved Compliance with Articles 34-36 and 41
• Specific Provisions Applicable to Certain Categories of Class II Medical Devices; Reserved Compliance with Articles 34-37 and 42

What Devices are Cover Under the New EU MDR Regulation?

Under the latest MDR regulations, it covers a broad range of devices, including:

• Implant
• Software
• Appliance
• Apparatus
• Instrument
• And other products

In short, all the devices are covered that can be used for any of the following:

1. Modification, replacement, or investigation of a pathological, physiological, or anatomical process
2. Treatment, monitoring, prevention, or diagnostic of the disease, injury, or disability

In-vitro diagnostic (IVD) are not covered by the EU MDR. Instead it is the In-Vitro Diagnostic Regulation (IVDR) that covers such kind of products (reagents for instance)

Medicines is also another example of product that are not covered by the regulation EU 2017/745.

Conclusion

The EU MDR is an important step in improving the safety and quality of medical devices that are marketed throughout Europe. There will be significant changes to how manufacturers go about designing, manufacturing, and distributing their products in the coming years.

You may go back to our European Medical device regulation guide.

If you are interested in the European market you can contact us for a preliminary discussion. You can also look at our dedicated page for European medical device registration.

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Unique Device Identification or UDI is a system that provides harmonized positive, globally and single identification of medical devices through usage and distribution. The system has two parts, which are UDI-PI and UDI-DI. The UDI-DI is the device identifier that has the power to identify a particular device within your portfolio, which is the static part of the UDI number. On the other hand, UDI-PI is a production identifier and stands out as the active part of UDI. It will tell you about the expiration date, the lot number, manufacturing date and serial number.

How Exactly Is UDI Helpful?

The UDI, meaning medical device system, stands out to be pretty helpful in many ways. To know how exactly the system is useful, please check the information below.

• Tightens the global shipping and supply chain to prevent duplication of medical devices.
• Uniform documentation for a robust pre-market evaluation for the public and the healthcare sector.
• Adequate supervision of safety-related and post-market activities, such as medical device recalls, adverse event reports and many more.
• Aggregate information related to all the medical devices to lessen human errors within the healthcare sector.

Unique Device Identification: Taking A Look At An Example!

You are well aware of UDI, but what is a UDI number? Well, to understand it in detail, an example can surely help you. The UDI comes in many forms, and the majority of the time, it comes in the form of a barcode. But a legible part should also be available, and it’s known as the Human Readable Interpretation or HRI.

You will get to the UDI-DI, and it’s the number after (01). Whenever you come across the 01 right between the brackets, it shows the placeholder for UDI-DI. The UDI-DI part depends on the product’s production characteristics, and you can easily identify some of the numbers within the UDI-DI components.

Now, let’s decode these numbers to learn about the specific information they have in-store. Look below!

• (10): This is the lot number.
• (11): This is the production date.
• (17): This defines the date of expiration.
• (21): This stands out as the serial number.

What Are The Benefits Of UDI?

Since you know what is the UDI number and what type of information it carries, now, let’s take a look at some of the benefits of the Unique Device Identification system. These benefits are:

• Improve incident reporting.
• Improves the stock management by other economic operators and various other health institutions.
• Fight against all the falsified devices.
• Lessens all the recalls.
• Magnifies waste disposal policies and purchasing.
• Lessen all the medical mistakes and errors.

Challenges You Will Face While Enforce UDI System

When it comes to the unique device identification UDI system, efficient data management stands out as one of the primary challenges. The modifications made within the medical devices will lead to the alteration within the UDI data. This might lead to changes to all the units where all such data or information is stored. Advanced techniques and tools are compulsory for the precise management of the regulatory data.

There are many international controlling establishments currently working within the implementation of the UDI systems within all the nations. You will come across the UDI-related directives, which have been declared within all the European Union member countries.

EUDAMED or European Databases and Medical Devices is the European source for medical devices. On the other hand, every nation has its own UDI medical devices. There exist incongruities among all the various national methods. This might fail to address all the globally harmonized and single systems for the identification of medical devices.

Another challenge is the different timelines for all the countries to enforce the UDI system. The difference in the timeline can give birth to various problems. The IMDRF or the International Medical Device Regulators Forum provides their help to strengthen the medical device regulatory frameworks. Doing so will become more accessible for the regulatory authorities to implement and create a uniform UDI system.

Cases When The UDI-DI Needs To Change

When the products undergo some changes, the UDI-DI you obtained for the products will go through those changes. But exactly does the UDI-DI require a change? What are the cases? To know the answer to these questions, please take a look at the information below!

• Changes in the trade name or name.
• Model or device version.
• Single or labelled use.
• Package sterile.
• The need for sterilization right before usage.
• The total number of devices within the package.
• Shade or color.
• Endocrine disruptive/CMR.
• Contra-indication or Critical warning.

Things To Know About UDI-PI

UDI-PI or Unique Device Identification- Production Identifier. So, to understand what it does, let’s say you were living in 2018 and you are manufacturing Item A Version 1.

On the first day of manufacturing, which is March 15th, you make 5 pieces. On March 16th, you can make the same product with the help of 3 pieces. Then on March 17th and March 18th, you create nothing and restart the production work from March 19th using 2 pieces.

So, what exactly do you have now? You will get this particular configuration:

• For March 15th: You will have 5 pieces along with the UDI number, which is UDI-DI A1 – UDI-PI [03.2018, with Batch Number #1]
• For March 16th: You will have 3 pieces along with the UDI number of UDI-DI A1 – UDI-PI 1 [ With the date: 16.03.2018 and Batch Number #2]
• For March 19th: You will have 2 pieces and the UDI number: UDI-DI A1 – UDI-PI 2 [Batch Number: #3 and Manufacturing Date: 19.03.2018]

Final Thoughts

UDI systems will apply to all the markets, which gets placed within the market. So, how can you be compliant within time? Well, you must practice initiating it by analyzing all the internal processor methods of your organization. You must carefully plan the methods to include the information tracking needs, UDI labelling and data submission. On the other hand, UDI systems can provide efficient target recalls, magnify patient safety, and offer excellent traceability.

Regulatory authorities have defined their own system for dealing with UDI. For instance:

• FDA UDI page
• European Union UDI FAQ page

If you are interested in a 510k submission you can contact us for a preliminary discussion. You can also take a look at the EU MDR UDI requirements.

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