Medical

Medikal Titanyum

Titanium 6Al-4V and 6Al-4V ELI alloys are composed of 6% Aluminum and 4% Vanadium content and are the most widely used titanium alloys in the medical and dental field. It has a wide range of uses such as dental implants, intra-body implants, vein clips, laser eye surgery equipment, dental burs, dental elevators, scissors, sewing equipment, surgical pliers, rechargers.

Titanium Alloy Powder

We supply the Titanium alloy powder produced by the gas atomization method. The particles in the powder produced by this method have a spherical shape and therefore, parts with excellent properties can be produced by powder metallurgy, 3D printer and metal injection molding methods. Also, there is no material loss in these methods.

Because of the high corrosion resistance and excellent biocompatibility of Titanium, it is common to use as bone implant, dental implant, surgical instruments, bone screw.

Shape Memory Alloy

We offer shape memory alloys, one of the smartest materials in the world.

Shape memory alloys are the alloys that can recover their original shapes, which are changed as a result of exposure to a certain external force while in martensitic structure, when they change to austenite phase temperature.

Due to its lightness and biocompatibility, it gains importance for the biomedical industry.

Uses medicine, dentistry, optometry and orthopedic surgery.

1.4441 (316 LVM)

316 LVM is a stainless alloy used in medical, surgical and implants that we offer as a stick.

316 LVM is the most widely used alloy in the medical industry for years. It has a clean and homogeneous internal structure since it is obtained by melting process under low carbon vacuum.

This alloy contains Nickel, Chromium and Molybdenum and has excellent corrosion resistance compared to 316 L alloy.

Cobalt - Chrome (CoCr) Powder

VARDENT - POWDER(Co)

Cobalt based powders are quite common especially in the dental industry. As an example of usage areas; tooth crowns and bridges, as well as the edge legs of the bridges used are examples. Recently, cobalt powders are widely used in 3D printers to produce dental implants and fittings. The main reasons why these powders are preferred in the dental industry are high biocompatibility and can be produced in different grain sizes depending on the need.

VARDENT - DISC

The usage area of cobalt based discs is very common especially in the dental industry. As an example of usage areas; tooth crowns and bridges, as well as the edge legs of the bridges used are examples. Cobalt Chrome discs are materials with high biocompatibility compared to Medical implant class 2a. Also, in addition to the properties of Cobalt chromium discs, it is suitable to process on the material as it has appropriate mechanical and physical values, and finally, the main reason why these materials are preferred in the dental industry is its high biocompatibility.

VARDENT - Co

Cobalt based rods are quite common especially in the dental industry. As an example of usage areas; Examples include telescopic dental crowns and bridges, as well as the brides and restoration materials of the bridges used. Cobalt rods, which can be produced according to the desired chemical analysis and specifications, are used in dentistry applications. In addition, it can be used as movable thread fittings by making use of the elastic feature of cobalt-based rods. In addition, it has high traction, smooth, lightness and superior mechanical properties. Because of its biocompatibility feature, which is among the main features of cobalt material, it prevents the oxide form that may occur and allows it to be used in the dental industry.

VARDENT - Ni

Nickel-based rods are particularly common in the dental industry. As an example of usage areas; bridges used in place of teeth, as well as edge legs and dental crowns of bridges used. Nickel rods, which can be produced according to the desired chemical analysis and specifications, are used in dentistry applications. Corrosion resistance and biocompatibility can be shown as the main reason why nickel-based filled rods are widely used in the dental industry.