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Purpose: Surface modification is important techniques in modern dental and orthopedic implants. This study wasperformed to try embedding of bioactive materials in porous Ti implants.Methods: Porous Ti implant samples were fabricated by sintering of spherical Ti powders in a high vacuumfurnace. It’s diameter and height were 4 and 20 . Embedding process was used to suction and vacuum chamber.Loading properties of porous Ti implants were evaluated by scanning electron microscope(SEM), confocal laserscanning microscope(CLSM), and UV-Vis-NIR spectrophotometer.Results: Internal pore structure was formed fully open pore. Average pore size and porosity were 10.253and17.506%.Conclusion: Porous Ti implant was fabricated successfully by sintering method. Particles are necking strongly eachother and others portions were vacancy. This porous structure can be embedded to bioactive materials. Thereforebioactive materials will be able to embedding to porous Ti implants. Bioactive materials embedding in the porousTi implant will induced new bone faster.

A study of loading property of the bioactive materials in porous Ti implants