Medical Material Testing Equipment for Safety & Compliance
When lives are on the line, it’s vital that doctors, nurses, surgeons, consultants, and vets can rely upon their equipment. At Industrial Physics, we provide medical material testing equipment to help medical device manufacturers test the critical parameters required to ensure the integrity and compliance of their components, end-products, and packaging.
From orthopedic hips and knees, multi-lumen catheters, and respiratory breathing tubes to sterile barrier packaging for your devices, we’re here to help.
Explore our full lineup in our brochure
Ensuring Strength & Integrity in Biomedical Materials
Our suite of test and measurement instruments provides quality solutions across an extensive range of materials and applications in medical devices. Whether you are early in development, or need equipment to test large-scale manufacturing, our instruments support the R&D and biomedical labs that are working on the next generation of medical devices.
If you need devices to support your professionals on the production floor during the preparation, packaging, and shipping out goods, we can help.
Tensile, Seal & Biocompatibility Testing for Medical Devices
Patient safety is critical – we can help with your testing and measurement needs across our portfolio. No matter the size or location of your business or organization, we can help safeguard your reputation. Here’s some of the medical devices and accessories that we can help you test, measure, and verify:
- Acetabular cups
- Blister packs
- Blood bags
- Balloon catheters
- Catheters
- Filters
- Insulin tester containers
- IV bags
- Medical fluid bags
- Medical pumps
- Medical tubing
- Medical fittings
- Medical valves
- Orthopedic hips and knees
- Orthopedic patella inserts
- Stents
- Syringes
- Valves
- Ventilators
- Vents
- Vials
View our medical devices testing guide for more information
Package Testing of Medical Devices
Package testing is crucial for ensuring the safety and efficacy of medical devices. The strength and integrity of the packaging ensures that the medical device remains secure and effective throughout its lifecycle, from manufacturing to delivery and usage by the end-user.
Why It’s Important:
- Prevents contamination.
- Maintains the sterility of medical devices.
- Ensures safe storage and transportation.
At Industrial Physics, we specialize in testing the seal strength, sterilization integrity, and other key attributes of medical packaging to make sure it meets the stringent requirements for safety and reliability.
If you’d like to learn more, be sure to check out our paper on the importance of testing medical device packaging.
Meeting ASTM, ISO & FDA Standards in Medical Testing
From structural integrity and seal strength testing to sterile integrity with leak testing, and tests to analyze oxygen levels within your process, we can help you identify product issues and ensure you maintain quality control.
Our medical material testing equipment adheres to relevant industry standards like:
- ASTM F88 for seal strength testing,
- ISO 10993 for biocompatibility testing,
- FDA medical device regulations to ensure compliance and safety at every stage.
Ensure the quality and compliance of your medical materials. Speak with our experts today to find the right testing equipment for your needs.
FAQs
-
Medical material testing equipment is used to ensure the integrity, strength, and compliance of medical devices and their packaging. It verifies that devices like catheters, implants, and packaging meet safety and quality standards.
-
Tensile strength testing is vital to ensure that medical devices can withstand mechanical forces during their use, preventing failure and ensuring patient safety.
-
Key standards include ASTM F88 (seal strength testing for medical packaging), ISO 10993 (biocompatibility testing), and FDA medical device regulations, all of which ensure safety, reliability, and compliance in the medical field.
-
Biocompatibility testing ensures that materials used in medical devices do not cause harmful reactions when in contact with the human body. It helps prevent adverse effects such as allergies, toxicity, or rejection of implanted devices.
