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Laboratory analysis and characterization of HAP powder in accordance with the ISO 13779-3 standard
Your needs : to characterize HAP powders in accordance with the ISO 13779-3
Que prévoit la norme ISO 13779-3 ?
The ISO 13779-3 standard specifies the test methods for the chemical analysis and measurement of crystallinity and phase purity of hydroxyapatite powders (HAP) used in the production of surgical implants.
In this context, it is mandatory to verify the purity of HAP powders according to the criteria established by the ISO 13779-3 standard before releasing a product.
Our solution : to use certain techniques to analyze HAP powders in accordance with the ISO 13779-3 standard
Analysis according to the ISO 13779-3 standard
With a cutting-edge analytical fleet spread over 2100m2, FILAB laboratory is able to analyze and characterize your hydroxyapatite (HAP) powders in accordance with the ISO 13779-3 standard by providing the following services :
- Custom chemical analyses : to determine the composition of HAP powders
- Measurement of the Ca/P ratio by XRD : determination of foreign phases and the proportion of crystalized apatite phases
- Granulometric analysis of HAP powders by Laser Granulometry
- Validation of cleaning procedures
- Analysis of cleaning (TOC/THC) and detergent residue
Why call on FILAB to characterize your HAP powders in accordance with the ISO 13779-3 standard ?
FILAB laboratory is made up of a team of highly qualified engineers and doctors. They use their expert know-how to be able to provide tailored support for the analysis of HAP powders found in your surgical implants.
Moreover, our laboratory has ISO 17025 accreditation covering various services for the analysis of medical devices and is equipped with a cutting-edge analytical fleet spread over 2100m2 of laboratory space allowing us to provide fast and reliable services at a competitive price point.
The positive aspects of FILAB
A highly qualified team
Responsiveness in responding to and processing requests
A complete analytical park of 2100m²