The aim of the research, the results of which are presented in the paper, is to fabricate, by Selective Laser Melting (SLM), a metallic scaffold with Ti6Al4V powder based on a virtual model corresponding to the actual loss of a patient’s craniofacial bone. A plaster cast was made for a patient with a palate recess, and the cast was then scanned with a 3D scanner to create a virtual 3D model of a palate recess, according to which a 3D model of a solid implant was created using specialist software. The virtual 3D solid implant model was converted into a 3D porous implant model after designing an individual shape of the unit cell conditioning the size and three-dimensional shape of the scaffold pores by multiplication of unit cells. The data c...
In the implantation of porous bone scaffolds, good mechanical properties of the scaffold are a prere...
In recent years, digitizing and automation have gained an important place in fabrication of medical...
In recent years, digitizing and automation have gained an important place in the manufacturing of me...
The aim of the research, the results of which are presented in the paper, is to fabricate, by Select...
The aim of the investigations described in this article is to present a selective laser sintering an...
Aim and Background: Scientific approach is the utilization of the new generative manufacturing proce...
The paper presents the prototype of innovating bone tissue preserving THRA endoprosthesis with multi...
peer reviewedThe use of bone scaffolds for treatment of large bone defects could be a solution for m...
The additive manufacturing technique selective laser melting (SLM) has been successfully proved to b...
Tissue engineering scaffolds serve as the defining structure for regenerating human tissues as well ...
Tato práce popisuje inovativní metodu výroby personalizovaných ortopedických implantátů pomocí aditi...
AbstractSelective laser melting (SLM) is a promising technique for the production of biometallic sca...
As the number of orthopedic surgeries is increasing, so is the need for implants that not only can r...
The fabrication of various elements, solid and open porous structures of stainless steel and Ti allo...
Nowadays, post-surgical or post-accidental bone loss can be substituted by custom-made scaffolds fab...
In the implantation of porous bone scaffolds, good mechanical properties of the scaffold are a prere...
In recent years, digitizing and automation have gained an important place in fabrication of medical...
In recent years, digitizing and automation have gained an important place in the manufacturing of me...
The aim of the research, the results of which are presented in the paper, is to fabricate, by Select...
The aim of the investigations described in this article is to present a selective laser sintering an...
Aim and Background: Scientific approach is the utilization of the new generative manufacturing proce...
The paper presents the prototype of innovating bone tissue preserving THRA endoprosthesis with multi...
peer reviewedThe use of bone scaffolds for treatment of large bone defects could be a solution for m...
The additive manufacturing technique selective laser melting (SLM) has been successfully proved to b...
Tissue engineering scaffolds serve as the defining structure for regenerating human tissues as well ...
Tato práce popisuje inovativní metodu výroby personalizovaných ortopedických implantátů pomocí aditi...
AbstractSelective laser melting (SLM) is a promising technique for the production of biometallic sca...
As the number of orthopedic surgeries is increasing, so is the need for implants that not only can r...
The fabrication of various elements, solid and open porous structures of stainless steel and Ti allo...
Nowadays, post-surgical or post-accidental bone loss can be substituted by custom-made scaffolds fab...
In the implantation of porous bone scaffolds, good mechanical properties of the scaffold are a prere...
In recent years, digitizing and automation have gained an important place in fabrication of medical...
In recent years, digitizing and automation have gained an important place in the manufacturing of me...