EMC China Lab

Medical Device Packaging Biocompatibility

Views :
Update time : 2025-03-18

For medical devices that come into direct contact with patients, packaging is particularly crucial. In particular, the biocompatibility of medical device packaging materials directly affects patient health and safety. Therefore, testing various indicators of medical device packaging materials is essential, especially biocompatibility testing.

 

Medical Device Packaging Biocompatibility(图1)


Biocompatibility Requirements for Medical Packaging Materials

The latest ISO 10993-1 standard mentions that packaging materials in contact with the product must be included in the evaluation process. This requirement arises because medical devices are often in prolonged contact with packaging materials, raising concerns about potential extractables and leachables transferring to the device. As a result, chemical analysis of packaging materials is necessary for evaluation.

 

Additionally, packaging materials that directly contact medical devices must undergo a biological safety assessment. Relevant guidelines can be found in ASTM F2475-20. Furthermore, if the medical device is used for pharmaceutical packaging, compliance with USP <87> Biological Reactivity Tests, in vitro and USP <88> Biological Reactivity Tests, in vivo is required. These tests classify materials into Class I–IV based on invasiveness or implantability, ensuring material safety and reducing overall product risk. Moreover, the cleanliness of packaging materials is closely related to product cleanliness, making particulate residue a critical factor for consideration.

 

Potential Risks of Non-Compliant Packaging Materials

If non-compliant medical device packaging materials come into short-term contact with the human body, they may cause toxicity, irritation, teratogenicity, and localized inflammation at both the cellular and systemic levels. Long-term exposure may lead to genetic mutations, teratogenic effects, or even carcinogenicity. When in contact with blood, such materials could cause coagulation abnormalities and hemolysis.

 

Therefore, all materials used in medical device packaging must undergo biocompatibility testing. China JJR Laboratory is certified to conduct biocompatibility testing and biological evaluations for medical device packaging materials, including toxicological assessments. We welcome inquiries regarding our services.


Email:hello@jjrlab.com


Leave Your Message


Write your message here and send it to us


Related News
Read More >>
What is an EU SDS (Safety Data Sheet)? What is an EU SDS (Safety Data Sheet)?
09 .25.2026
JJR Lab explains EU SDS requirements under REACH, CLP and EU 2020/878, including 16-section Safety D...
What is the CA Prop 65 Warning Label? What is the CA Prop 65 Warning Label?
09 .24.2026
JJR Lab explains CA Prop 65 warning labels and compliance testing for lead, cadmium, phthalates and ...
2026 Amazon TIC Mandatory Audit Catalog 2026 Amazon TIC Mandatory Audit Catalog
09 .24.2026
2026 Amazon TIC Mandatory Audit Catalog by JJR Lab covers UN38.3, UL 4200A, ASTM F963, FCC Part 15C,...
Australian Electrical EESS and RCM Compliance Australian Electrical EESS and RCM Compliance
09 .24.2026
Australian EESS and RCM compliance with AS/NZS 4417, AS/NZS 3199 and IEC 60974-1 testing. JJR Testin...
How to get Vietnam CR Certification How to get Vietnam CR Certification
09 .23.2026
Vietnam CR Certification ensures mandatory compliance with TCVN/QCVN standards aligned with IEC/CISP...
What is a UN 38.3 Battery Test Report What is a UN 38.3 Battery Test Report
09 .23.2026
JJR Testing Laboratory provides UN 38.3 battery test reports to ST/SG/AC.10/11 Rev.8/Rev.7, covering...
What is the UN38.3 Certification Test? What is the UN38.3 Certification Test?
09 .23.2026
UN38.3 certification tests lithium batteries to UN Manual T1–T8 standards for safe transport. JJR La...
What is a Lithium Ion Battery Certification What is a Lithium Ion Battery Certification
09 .23.2026
Learn about lithium ion battery certification at JJR Testing Laboratory, including UN38.3, IEC 62133...

Leave Your Message