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Use of Chemical Characterization to Assess the Equivalency of Medical Devices and Materials Darin R. Kent, Ph.D., DABT Medical Research Toxicologist NAMSA

Use of Chemical Characterization to Assess the Equivalency of Medical Devices and Materials

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Use of Chemical Characterization to Assess the Equivalency of Medical Devices and Materials describes chemical characterization techniques and why they are important.

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Page 1: Use of Chemical Characterization to Assess the Equivalency of Medical Devices and Materials

Use of Chemical Characterization to Assess the Equivalency of Medical Devices and Materials

Darin R. Kent, Ph.D., DABT

Medical Research Toxicologist

NAMSA

Page 2: Use of Chemical Characterization to Assess the Equivalency of Medical Devices and Materials

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Overview What is chemical characterization? Why is it important to characterize materials and

medical devices? Change control and material equivalency

Page 3: Use of Chemical Characterization to Assess the Equivalency of Medical Devices and Materials

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What is Characterization?

Page 4: Use of Chemical Characterization to Assess the Equivalency of Medical Devices and Materials

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What is Characterization?

A process that describes the nature of materials used in medical devices

Page 5: Use of Chemical Characterization to Assess the Equivalency of Medical Devices and Materials

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What is Characterization?

The process is a series of tests that delineates the properties of the material

Chemical Toxicological Physical Mechanical Morphological Electrical

Page 6: Use of Chemical Characterization to Assess the Equivalency of Medical Devices and Materials

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Why Characterize Materials and Medical Devices?

Page 7: Use of Chemical Characterization to Assess the Equivalency of Medical Devices and Materials

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Why Characterize Materials and Medical Devices?

Safety As part of an assessment of the overall biological safety

of a medical device (EN ISO 10993-1 and 14971)

Page 8: Use of Chemical Characterization to Assess the Equivalency of Medical Devices and Materials

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Why Characterize Materials and Medical Devices?

Safety As part of an assessment of the overall biological safety

of a medical device (EN ISO 10993-1 and 14971) Performance

Page 9: Use of Chemical Characterization to Assess the Equivalency of Medical Devices and Materials

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Why Characterize Materials and Medical Devices?

Safety As part of an assessment of the overall biological safety

of a medical device (EN ISO 10993-1 and 14971) Performance Problem Solving (change control and material equivalency)

Page 10: Use of Chemical Characterization to Assess the Equivalency of Medical Devices and Materials

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Why Characterize Materials and Medical Devices?

Safety As part of an assessment of the overall biological safety

of a medical device (EN ISO 10993-1 and 14971) Performance Problem Solving (change control and material equivalency) Regulatory (Compliance with FDA, Notified Bodies and ISO

Standards)

Page 11: Use of Chemical Characterization to Assess the Equivalency of Medical Devices and Materials

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Why Characterize Materials and Medical Devices?

Establishes baseline testing that will serve as a benchmark

Page 12: Use of Chemical Characterization to Assess the Equivalency of Medical Devices and Materials

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Why Characterize Materials and Medical Devices?

Establishes baseline testing that will serve as a benchmark Baseline testing serves as a standard by which other

materials may be measure or judged

Page 13: Use of Chemical Characterization to Assess the Equivalency of Medical Devices and Materials

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Why Characterize Materials and Medical Devices?

Establishes baseline testing that will serve as a benchmark Baseline testing serves as a standard by which other

materials may be measure or judged Standard tests used to compare the quality and

performance of future materials or processes

Page 14: Use of Chemical Characterization to Assess the Equivalency of Medical Devices and Materials

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Why Characterize Materials and Medical Devices?

Materials characterization is a dynamic ongoing process to be used throughout the lifetime of a medical device

Page 15: Use of Chemical Characterization to Assess the Equivalency of Medical Devices and Materials

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Why Characterize Materials and Medical Devices?

Materials characterization is a dynamic ongoing process to be used throughout the lifetime of a medical device

Materials characterization helps monitor material quality, manufacturing processes and sterilization procedures

Page 16: Use of Chemical Characterization to Assess the Equivalency of Medical Devices and Materials

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Why Characterize Materials and Medical Devices?

Materials characterization is a dynamic ongoing process to be used throughout the lifetime of a medical device

Materials characterization helps monitor material quality, manufacturing processes and sterilization procedures

When used properly, will eliminate the need to repeat expensive and time consuming biological testing to qualify new lots or vendors

Page 17: Use of Chemical Characterization to Assess the Equivalency of Medical Devices and Materials

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Change Control and Material Equivalency

What is Change Control?

Page 18: Use of Chemical Characterization to Assess the Equivalency of Medical Devices and Materials

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Change Control and Material Equivalency

What is Change Control? The processes and procedures to manage changes being

made to a product

Page 19: Use of Chemical Characterization to Assess the Equivalency of Medical Devices and Materials

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Change Control and Material Equivalency

What is Change Control? The processes and procedures to manage changes being

made to a product The review, approval/disapproval, implementation, tracking,

closure and status reporting of proposed changes to an item

Page 20: Use of Chemical Characterization to Assess the Equivalency of Medical Devices and Materials

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Change Control and Material Equivalency

ISO 10993-18

Biological Evaluation of Medical Devices, Part 18: Chemical Characterization of Materials

Page 21: Use of Chemical Characterization to Assess the Equivalency of Medical Devices and Materials

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Change Control and Material Equivalency

ISO 10993-18

Biological Evaluation of Medical Devices, Part 18: Chemical Characterization of Materials Used to judge equivalency of proposed material to a

clinically established material

Page 22: Use of Chemical Characterization to Assess the Equivalency of Medical Devices and Materials

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Change Control and Material Equivalency

ISO 10993-18

Biological Evaluation of Medical Devices, Part 18: Chemical Characterization of Materials Used to judge equivalency of proposed material to a

clinically established material Also used to judge equivalency of a prototype device to a

final device

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To view the complete series about the Use of Chemical Characterization to Assess the Equivalency of Medical Devices and Materials Visit NAMSA Seminars

For information about the services NAMSA can offer you regarding chemical characterization Check out our

Materials Characterization and Analytical Chemistry page For additional information

Download our brochure on Material Characterization and Analytical Chemistry

Read Using Chemical Characterization to Show Equivalency written by David Albert & Amy Hoffmann published in MD&DI

If you have any questions or would like to request a quote Contact us at [email protected].