EMC China Lab

ISO 10993-17: Guidelines for Medical Device Manufacturers

Views :
Update time : 2024-05-07

The ISO 10993-17 standard, after over two decades of development, has recently undergone a comprehensive revision, signaling a significant update to the series of standards related to biocompatibility. This standard focuses on the procedures of Toxicological Risk Assessment (TRA), which are crucial for ensuring the safety of patients using medical devices.

 

ISO 10993-17: Guidelines for Medical Device Manufacturers(图1)


Background of Toxicological Risk Assessment (TRA)

Toxicological Risk Assessment plays a crucial role in the assessment of biocompatibility, aiming to identify and evaluate potential health risks including:

- Substances released from device materials

- Contaminants introduced during manufacturing processes

- Degradation products

 

These risks are assessed by determining thresholds and estimating exposure levels.

 

Regulatory Requirements

The MDR emphasizes minimizing risks posed by substances and residues to patients and users during the design and manufacture of medical devices, with particular attention to exposed tissues, as well as the duration and frequency of exposure.

 

Key Changes and Implementation

- Compliance Timing: Understand when your devices must comply with the requirements of ISO 10993-17.

- Requirements and Changes: Understand the requirements of the standard and the specifics of recent revisions.

- Implementation: Understand when and how to effectively apply these changes.

 

The revised edition introduces a detailed process for TRA, including hazard identification, risk estimation, and risk assessment. It emphasizes the need for a systematic approach to assess potential risks associated with medical devices, taking into account factors such as material composition, manufacturing processes, and device usage.

 

Practical Tips

- Ensure all relevant data from clinical use is included in the analysis.

- Select meaningful chemical characterizations that comply with clinical applications and iso 10993-18 requirements.

- Pay attention to the quality of toxicological data and thoroughly document it.

 

Adopting a conservative approach ensures patient safety.

 

Conclusion

With the update of iso 10993-17:2023, medical device manufacturers face significant changes in how they assess and record toxicological risks. This revision not only strengthens patient safety but also requires manufacturers to deepen their understanding and rigorously implement evaluation processes. Keeping abreast of relevant information and being prepared are crucial for compliance and ensuring the safety and effectiveness of medical devices.


Email:hello@jjrlab.com


Leave Your Message


Write your message here and send it to us


Related News
Read More >>
Do Sensors Need to Pass FCC Part 15.231 Certificat Do Sensors Need to Pass FCC Part 15.231 Certificat
04 .28.2026
FCC 15.231 requires RF sensors meet emission, duty cycle, bandwidth, timing limits; tests: radiated,...
What is the CE-LVD Directive in CE Certification? What is the CE-LVD Directive in CE Certification?
04 .28.2026
CE-LVD (2014/35/EU) EU LV safety rule AC50–1000V/DC75–1500V; EN standards; tests: dielectric, insula...
Fan EN IEC 60335-2-80:2024+A1:2024 Compliance Fan EN IEC 60335-2-80:2024+A1:2024 Compliance
04 .28.2026
EN IEC 60335-2-80:2024+A1:2024 defines safety for household covering electrical, mechanical, thermal...
Thailand Telecom NBTC Certification Introduction Thailand Telecom NBTC Certification Introduction
04 .28.2026
Thailand NBTC certification is mandatory for wireless and telecom products, covering RF, EMC, safety...
Electronic Product Salt Spray Test Electronic Product Salt Spray Test
04 .25.2026
Electronic Product Salt Spray Test evaluates corrosion resistance in saline environments. Standards:...
AEC-Q100 IC / Integrated Circuit Compliance Testin AEC-Q100 IC / Integrated Circuit Compliance Testin
04 .25.2026
AEC-Q100 ensures automotive IC reliability under harsh conditions. Std: Rev-J; tests: environmental,...
AEC-Q102 Light-Emitting Device Testing AEC-Q102 Light-Emitting Device Testing
04 .25.2026
Automotive optoelectronic devices require extreme reliability; AEC-Q102 defines standards and test i...
Component Reliability Testing Component Reliability Testing
04 .25.2026
Component reliability testing ensures stability under extreme conditions, following MIL, JEDEC stand...

Leave Your Message