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The paper presents the main results of joint research by Ukrainian and Kazakhstani scientists of two-layer titanium and hydroxy-apatite coatings structural-phase composition. The coatings have been deposited onto titanium medical implants using a robot aided complex of microplasma treatment of materials. X-ray structure phase analysis, transmission...
This paper describes developing an intelligent automated system of controlling an industrial robot manipulator, that allows producing items by plasma cutting according to a given 2D or 3D model of the product; carrying out product surface hardening treatment: coating application using microplasma method, and plasma irradiation modification of surfa...
The project aims to develop production of cheaper and patient specific medical implants from local titanium in the Republic of Kazakhstan. We pursue two approaches: 1) Implant lathing by numerically controlled machines, followed by surface purification and quality control; 2) Microplasma spraying of biocompatible Ti wires and hydroxyapatite (HA) powders onto implants using an industrial robot. Goal: process optimizing & prototype development. Samples of specific implants were provided by the Kazakhstan Research Institute of Traumatology and Orthopedics