The Complete Guide to PMA (Pre-market Approval) featured image

When it comes to introducing new medical devices into the US market, obtaining approval from the U.S. Food and Drug Administration (FDA) is critical and a necessary step. This process ensures that medical devices meet strict safety and efficacy standards before they reach patients.

As we all know, for lower-risk Class I devices, the manufacturers need to adhere to General Controls, whereas Class II, with a higher risk, face the scrutiny of Special Controls.

When a medical device ascends to the Class III level, the highest-risk device, the FDA employs its most stringent regulatory control: the Premarket approval (PMA Submission) process.

What is PMA from the FDA?

A premarket approval process is the FDA’s evaluation process for high-risk Class III medical devices. The duration of the process varies based on the device’s complexity, ranging from several months to years.

Examples of Class III devices include implantable pacemakers, artificial heart valves, and certain diagnostic tests.

The typical timeline of the FDA is 180 days from the day of submitting the application.

PMA Basics

For a successful PMA, it is important that you present strong scientific data, clinical trial results, and detailed information about the device which is the subject of the submission. This helps the FDA check and ensure that the device is safe and effective for its intended use.

The FDA performs a rigorous review of the submitted data to ensure that only devices meeting the highest standards are granted approval for commercial distribution and use.

Let’s now understand the steps of a PMA application process.

PMA application process

Step 1 - Preparation and Planning

Understand the requirements, develop the plans for risk analysis, data collection, and prepare the necessary documentation.

Step 2 - Risk Analysis and Mitigation

Conduct a thorough risk analysis by identifying potential hazards and implementing risk controls for patient safety.

Step 3 - Non-Clinical Testing

Conduct comprehensive non-clinical testing to evaluate the device’s design, materials, performance, and potential risks.

Step 4 - PMA Submission

Compile and submit all data supporting the device’s safety and efficacy. This should be in accordance with the FDA requirements.

Step 5 - Clinical Trials

Conduct clinical trials on human subjects to generate data on the device’s safety and effectiveness.

Step 6 - FDA Review and Decision

The FDA reviews the submission, asks questions or clarifications, and makes an approval decision.

How does PMA review actually happen?

PMA review is a four-step review process that includes:

When your application meets all regulatory requirements and provides robust scientific evidence of safety and effectiveness, the FDA grants approval for commercial distribution and use within the US market.

In certain cases, the FDA may approve the application while imposing specific conditions or requirements to address any concerns. These conditions may include post-market surveillance studies, additional labelling information or ongoing safety monitoring to ensure continuous device safety.

If the application fails to meet the FDA’s safety and effectiveness standards, a “Not Approvable” letter is issued outlining the specific reasons for the decision, highlighting deficiencies in the application that need to be addressed.

What is required for your PMA submission? (A Complete Checklist)

PMA submission Requirements

To prepare a robust PMA application, you’ll need to compile comprehensive data and evidence to convince the FDA that your device is safe and effective for patient use. Let’s look into the elements that you should include in your PMA application:

1. Device Description and Design:

Provide a detailed description of your medical device, including its intended use, components, and how it operates. Explain its unique features and how it addresses a specific medical need. 

Example: For a novel implantable cardiac device, include specifics on its materials, dimensions, and mechanisms that set it apart from existing devices, and highlight how it improves patient outcomes when compared to the current alternatives.

2. Non-Clinical Testing:

Include the results of your rigorous non-clinical testing conducted to assess the device’s safety and performance. These tests should cover bio-compatibility, electrical safety, mechanical testing, and any other relevant assessments.

Example: For a novel implantable cardiac device, if the device communicates wirelessly with external devices or networks, it is important to include details on wireless communication testing which ensures that the data transmission is secure without interference. ​

3. Clinical Data and Clinical Trials:

Submit detailed information about any clinical trials you conducted with the device. This data should include the trial design, patient demographics, endpoints, and results.

Example: Present data regarding advancements observed during the clinical trial of a cardiac device, such as extended battery lifespan, improved detection capabilities, heightened patient comfort, and more. Additionally, outline adverse events including infections, allergic reactions, and the development of scar tissue, if any.​

4. Risk Analysis and Mitigation:

Conduct a thorough risk analysis of potential hazards associated with your device and outline effective mitigation strategies to minimize those risks.

Example: For an IVD device, the risk analysis should identify risks related to user errors (such as improper handling, inadequate sample volume), device performance (such as errors leading to false positives), IFU and labelling (such as insufficient marking, grammatical errors) etc. ​

5. Quality Management System (QMS):

Demonstrate that your manufacturing processes adhere to Good Manufacturing Practices (GMP) and have a robust QMS in place.

Example: Include details on the quality procedures in place to ensure that the design is verified, tested, and produced according to the design plan. Also, describe how your quality procedures control the manufacturing process by including details on the processes established for packaging, sterilizing, and testing the product to make sure it meets the defined standards.​

6. Labeling and Instructions for Use:

Include clear and comprehensive labeling for your device, ensuring that healthcare professionals and patients understand how to use it safely and effectively.

Example: For a cardiac device, the labeling documents should include battery replacement instructions, warnings, precautions, information on interpreting the alerts, etc.​

7. Post-Market Surveillance Plan:

Outline your post-market surveillance strategy, which includes monitoring the device’s performance and collecting real-world data after commercialization.

Example: Your plan should outline your strategy for gathering complaints and feedback from end users, distributors, and other stakeholders, and explain how this input will be utilized to enhance the product over time.ullamcorper mattis, pulvinar dapibus leo. ​

You can always seek the FDA’s feedback via a Pre-Submission before you file your PMA application. However, it is important to note that FDA SHOULD NOT be utilized to replace the role of a consultant, and good questions must be asked to be clarified in a pre-submission which paves the path for future submissions and set things right from the first step. A well-thought-of and thorough Pre-Submission goes a long way.

If you are planning to send your application, then you should know how to submit an eCopy. Read our article on eCopy Medical Device Submission process.

PreMarket Approval (PMA) Application Methods

Within the realm of PMA, there exist multiple application methods, each with its unique intricacies and benefits.

Traditional PMA: The Time-Tested Route

Modular PMA: Crafting Piece by Piece

Product Development Protocol (PDP): Forging a Collaborative Path

Humanitarian Device Exemption (HDE): Nurturing Hope for Rare Conditions

Find Out if you Need a PMA

If you are struggling to determine if you need to submit a PMA or not, try answering the following questions to conclude your pathway for the US market.

If yes, then you should check the submission type using the product code of the device in the FDA’s Product Classification Database.

If no, see question #3 below.

If yes, PMA is your pathway.

If no, proceed as per the submission type identified in the database.

If yes, then you should classify your device as Class III and go for PMA.

Based on the FDA’s regulations, Class III devices usually sustain or support life, are implanted, or present potential unreasonable risk of illness or injury.

If No, you either fall under Class I or Class II and you should be exploring the DeNovo process.

Still, figuring out whether you need a PMA submission? We are a call away to help you figure out!


The PMA process is an essential and rigorous evaluation conducted by the FDA for high-risk Class III medical devices. It ensures that only devices meeting the highest safety and effectiveness standards are granted approval for commercial distribution and use. The PMA application requires scientific evidence and clinical trial results, carefully evaluated by FDA experts. Successful completion of a PMA application allows manufacturers to introduce their devices into the U.S. market, benefiting patients with innovative and life-saving technologies.

How Elexes can be your guide when it comes to PMA approval?

Embarking on the PMA journey is key for medical device creators eager to unveil groundbreaking products to the world. Grasping the FDA’s watchful eye, meeting PMA prerequisites, and picking the perfect application method are vital parts of this adventure. Fear not, for with Elexes by your side, you’ll skillfully sail through the PMA complexities, paving the way for your life-changing medical marvel to touch lives with utmost safety and effectiveness. All you need to do is email us.

Get ready to make a difference!

FAQs (Frequently Asked Questions)

PMA is for high-risk Class III devices, while 510(k) clearance is for moderate-risk Class II and some Class I devices that are substantially equivalent to a legally marketed device.

You shall address the deficiencies identified by the FDA in the “Not Approvable” letter and you may resubmit with additional data, alternatively, you can appeal the decision.

The duration of the PMA process can vary depending on the complexity of the device. It may range from several months to several years. It also depends on the PMA application that is being utilized for the submission.

A robust PMA application requires comprehensive scientific evidence, including but not limited to non-clinical testing data, clinical trial results, risk analysis, and quality control procedures such as information on the manufacturing process, risk-benefit analysis, marketing history etc. The FDA rigorously reviews this evidence to ensure the device’s safety and effectiveness.

Yes, manufacturers have alternative application methods, such as the Modular PMA and the Product Development Protocol (PDP). Each method offers unique benefits and flexibility for certain types of devices. However, for Class III devices without existing predicates, the traditional PMA route is commonly used.

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