Back to all news Back to all news
0 min

Tecno Analisys' study of Alticolor dental implants

Alticolor invests in excellence and constantly works to offer its customers quality treatments and certified processes consistent with the high standards required by the dental industry. To ensure that these standards of excellence are maintained, additional analyses are periodically performed by accredited laboratories.

We share the analysis and assessment performed by Techno Analysis, a laboratory that works with companies in the biomedical, environmental and technology sectors on dental implant components treated with our Sandblasting + Double Acid Etching and Acid Etching treatment cycle.

Techno Analysis used an array of technologies in the analysis and assessment of dental implant screws subjected to Alticolor treatments. These include:

  • Electron microscope to assess the characteristic surface morphology and the presence of foreign bodies on the implant

  • XPS electron spectroscopy for the quantitative study of the surface chemical layer

  • SEM-EDSª electron microscopy for the semi-quantitative assessment of the elemental composition of a solid-state sample

  • Chemical, physical and biological analyses to determine the presence of residues of substances introduced during production and not removed during the washing and decontamination of dental implants

  • TOC analysis for measuring the amount of organic carbon present in a sample

  • Total surfactant analysis for measuring the effectiveness of the rinsing process

  • Roughness test for measuring and assessing the micro-irregularities on the surface

  • LAL chromogenic assay for the photometric assessment of colour development (reading generally at 405 nm) due to the reaction between the endotoxin present in the sample and the lysate

  • Bioburden test to determine the microbial load present in the dental implant prior to sterilisation

  • Cytotoxicity assay of acute biological damage caused by substances released from medical devices by observing the effects they produce on mammalian cells cultured in vitro on a nutrient medium

The analysis found that the roughness achieved with the Alticolor treatments is ideal for stimulating bone production and that both sandblasting combined with double acid etching and acid etching alone on titanium produce good surface characteristics of micro-roughness and cleanliness.

The full detailed analysis is available for review.

Download document

Next article
Alticolor taking part in the Trade Fair B2B Aerospace 
& Defense Meetings


Analysis of fibroblast-titanium interactions in laser melting techniques for implantology applications

Tell us about your project

We work closely with every company to identify the most suitable treatment to achieve the desired properties for your item. Tell us what you need and together we will find the best solution.

Pursuant to articles 7, 12, 13 of the European Regulation 2016/679 – GDPR:

Your email address will be used exclusively to respond to the information request you are submitting.