According to the customer's drawings, we can produce any type of product, and also using medical titanium, we manufacture implants for osteosynthesis of various sizes. The company has high-quality raw materials from our suppliers, and the accuracy of manufacturing the smallest part is ensured by modern machine equipment.
DENTAL IMPLANT WITH SLA SURFACE
An important factor determining the correct integration of the implant with the bone is its surface. It is in direct contact with the bone, the speed and quality of the osseointegration process depends on its properties.
Advantages of our SLA surfaces:
- — Large contact surface of the implant with the bone
- — Chemical purity of the surface
- — Accelerated and more effective process of osseointegration of the implant
Our SLA surface has a lacunarity of 50 microns and a porosity of 9-12 microns, without foreign impurities. This surface provides the best adhesion and proliferation of bone cells.
DENTAL IMPLANT WITH PEO SURFACE
Plasma electrooxidation (PEO
- — Application of PEO coating for surface modification provides better adhesion of osteoblasts to the implant surface compared to SLA surface.
- — The presence of more than 9%!!! Ca (calcium) ions on the PEO surface provides additional stimuli for cell adhesion and proliferation.
- — PEO is the main factor influencing cell adhesion and proliferation.
DENTAL IMPLANT WITH MESOPOROUS SURFACE (PEO+LIPSS)
Plasma electrooxidation (PEO
- — Surface modification by laser ablation leads to increased adhesion of both osteoblasts and fibroblasts.
- — Increased cell adhesion occurs due to the formation of bonds between the nanostructured surface and the cell membrane. The need to form numerous long processes for adhesion on a polished surface reduces the biocompatibility of unmodified implants.
- — Fibroblasts have a higher affinity for the nanomodified surface, which provides a higher percentage of adhesion and accelerated proliferation compared to osteoblastic diferon cells.
- — Used to modify the intragingival part of the implantation, as well as in combination with REO on the intraosseous part of the implant.
