EMC China Lab

Which medical devices need FCC certification for the U.S. market?

Views :
Update time : 2024-08-20

fcc certification is a crucial requirement for electronic products entering the U.S. market, ensuring the safety and compliance of products.

 

FCC certification involves a series of processes including testing, evaluation, application, and review conducted by the Federal Communications Commission (FCC) for electronic products.

 

There are primarily three modes of FCC certification: Verification (self-verification), DoC (Declaration of Conformity), and Certification. Since November 2, 2017, DoC and Verification have been merged into sdoc (Supplier's Declaration of Conformity), simplifying the certification process.

 

The fcc certification process involves:

- Application submission: Manufacturers submit certification applications to the FCC along with relevant test reports and technical documents.

- Testing and evaluation: Devices are submitted to FCC-accREDited laboratories for testing and evaluation.

- Review: The FCC reviews certification applications to ensure devices meet FCC technical requirements and restrictions.

- Certification issuance: If devices pass the review, the FCC issues certification certificates and labels.

 

Benefits of FCC certification include:

- Legal sales: Products with FCC certification can be legally sold and used in the U.S. market.

- Increased credibility: FCC certification is an important proof of product quality and compliance, enhancing market competitiveness.

- Communication reliability: Ensuring the reliability of wireless communication products and reducing interference.

 

Medical devices requiring an fcc id to enter the U.S. market mainly include the following categories:

1. Medical devices with built-in wireless transmission functions, such as Bluetooth, WIFI, 2G, 3G, 4G, 5G, etc. These devices may include remote monitoring devices, wireless infusion pumps, portable ULtrasound, etc.

2. Industrial, scientific, and medical (ISM) equipment regulated by fcc part 18. Part 18 specifies the electromagnetic energy emissions of ISM equipment to avoid harmful interference with authorized wireless communication services. ISM equipment includes industrial heating equipment, medical diathermy equipment, ultrasound equipment, etc.

3. Consumer medical electrical equipment, such as home medical devices. For these products, FCC certification methods can be Declaration of Conformity (DoC) or Certification.

4. Industrial, scientific, and medical devices used by the general public. These products need fcc id certification and must display the fcc id number on the device.

5. Certain specific types of medical devices, such as radiofrequency lighting equipment, ultrasound equipment, etc., may need to meet FCC Part 18 requirements regarding radiation emissions and conducted emissions.

 

In summary, the main medical devices requiring an FCC ID include:

1. Medical devices with built-in wireless communication modules

2. ISM equipment regulated by Part 18

3. Consumer medical electrical equipment

4. Medical devices used by the general public

5. Specific types of medical devices, such as radiofrequency lighting equipment, ultrasound equipment, etc.

 

Before entering the U.S. market, these medical devices need to undergo testing and certification according to FCC requirements, obtain an FCC ID number, and display the corresponding identification on the product to ensure that their wireless emissions do not interfere with other wireless communication services.


Email:hello@jjrlab.com


Leave Your Message


Write your message here and send it to us


Related News
Read More >>
What are the Differences Between EN 71 and ASTM F9 What are the Differences Between EN 71 and ASTM F9
02 .03.2026
A brief overview of key differences between EN 71, EN 62115 and ASTM F963 toy testing, delivered by ...
ASTM F963-23 Lithium-Ion Battery Requirements for ASTM F963-23 Lithium-Ion Battery Requirements for
02 .03.2026
ASTM F963-23 is the mandatory U.S. safety standard for lithium-ion battery toys; JJR provides compli...
Tiny Toys Bus Pass ASTM F963 Tiny Toys Bus Pass ASTM F963
02 .03.2026
Tiny Toys Bus Pass ASTM F963 testing ensures U.S. market access. JJR provides ASTM F963-17 tests and...
ASTM-F963-17 Non-Ride-On Toys Testing ASTM-F963-17 Non-Ride-On Toys Testing
02 .03.2026
ASTM F963-17 Non-Ride-On Toys Testing by JJR LAB, CMS/CNAS accredited, ISO/IEC 17025, covering mecha...
Amazon ASTM F963 Pacifier Compliance Testing Amazon ASTM F963 Pacifier Compliance Testing
02 .03.2026
Pacifier testing per ASTM F963 & 16 CFR 1511 ensures CPSIA compliance. JJR LAB provides CPC test...
 RCM AS/NZS CISPR 32:2023 Testing for Power Adapte RCM AS/NZS CISPR 32:2023 Testing for Power Adapte
02 .02.2026
JJR provides CMS/EMC testing per AS/NZS CISPR 32:2023 via a CNAS & ISO/IEC 17025 accredited lab,...
How to get Australia SAA Compliance? How to get Australia SAA Compliance?
02 .02.2026
Entering the AU/NZ market requires SAA compliance based on AS/NZS standards, with testing by CMS, CN...
Does Canada Require RoHS Compliance Does Canada Require RoHS Compliance
02 .02.2026
Canada controls hazardous substances under CEPA. RoHS testing to IEC standards is recommended. CMS, ...

Leave Your Message