KME implant Company

Activity Commenced in 2014
Factory Opened in 2017
With International Standards

Swiss-Made 9-Axis CNC Devices
Over 198 Product Types
Products to Be Delivered within 48 Hours

American Titanium
Swiss-Design
SA Surface

SA Surface

The SA surface of KME fixtures is created through sandblasting with optimized particles, followed by a specialized etching process. This surface features a greater number of uniform surface pores, which stimulate bone cell activity by enhancing complement system activity and blood platelet formation, while reducing surface hemolysis. The SA surface promotes cell distribution and cell adhesion on the implant surface. These processes are the initial steps in bone formation and demonstrate the osteogenic properties of this surface, thereby ensuring the long-term stability of the implant.

KME implant Factory

KME implant Factory was opened in a land with an area of 9290 square meters in industrial town No. 2 in Sanandaj – Iran that constitutes different sections for these unique manufacturing industries. The machining unit of this compound uses Swiss-made 9-axis CNSs with 0.01 precision. This is the cause of high precision in the mechanical section of products. The work is done on the entire surface of all products in the surface finishing unit that includes knowledge-based ultrasonic, sandblast, H acid and coating devices.

The R&D unit comprises three microbiology, chemical and mechanical laboratories. The B class and 10,000 particular clean room of this compound is one of the best clean rooms existing in Iran in which the entire body and floor and ceiling components are completely anti-static. The warehouses of this compound have stored beyond global GMP levels.

Material

Grade 4 Titanium for Fixtures: Having high mechanical strength, proper biocompatibility and low density

have changed grade 4 titanium into a very proper choice for making fixtures.

Grade 5 Titanium for Prosthetic and Laboratorial Parts: This grade by combining vanadium and aluminum alloys, having high
mechanical strength and low weight is the most highly utilized class of titanium alloys and it’s a proper choice for prosthetic
and laboratorial parts. A broad group of special alloys are made of stainless steel that are highly strong against corrosion.
The great mechanical and chemical properties of stainless steel cause them to be used for making surgical kits.

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