Tizian Blank Model 98 mm

Radius cutter one-edged, edge Ø 2 mm, shaft Ø 3 mm, total length 40 mm Processing type: pilot drilling Blank material: PMMA, wax, PEEK, Polycarbonate Coating type: uncoated Ring color: black For milling machines: Tizian Cut 5 smart, Tizian Cut 5 smart plus

Tizian Blanks NEM (non-precious metal) are made of beryllium-free and cadmium-free CoCr ceramic alloy according to DIN EN OSP 22674 and EN ISO 9693 for applications with thin cross-sections which are exposed to extreme forces. Examples are removable partial dentures, clasps, thin veneered individual crowns, fixed full arch dentures or bridges with small cross-sections, bars, fixations, implant-supported supraconstructions. Properties: Alloy type: 4Density: 8.8 g/cm³Vickers hardness: 285 HV 10/30CTE- value (25-500 °C): 14,4*10-6 K-1Oxidation without vacuum (Point 4c): 1000 °CMass content of the components (in weight-%)*: Co 63, Cr 29, Mo 6 / Mn x, Nb x, Si x, Fe xTensile strength: 680 MPa0.2 % yield point: 400 MPaElongation at break: 9 %E-module: 250 GPa *X= <, 1%

T86/T96 - Radius cutter Diameter: Ø 1 mmBlade: double-edgedShaft: Ø 6 mmTotal length: 45 mmBlank material: CoCr, titaniumCoating type: coatedFor milling systems: Tizian 3.5 Series, Tizian Cut 5.2 Pro, Tizian Cut 5.2 Pro Plus, Tizian Cut 5.2, Tizian Cut 5.2 plus, Tizian Cut 5, CORiTEC 550i, CORiTEC 650i

Tizian Blanks NEM (non-precious metal) are made of beryllium-free and cadmium-free CoCr ceramic alloy according to DIN EN OSP 22674 and EN ISO 9693 for applications with thin cross-sections which are exposed to extreme forces. Examples are removable partial dentures, clasps, thin veneered individual crowns, fixed full arch dentures or bridges with small cross-sections, bars, fixations, implant-supported supraconstructions. Properties: Alloy type: 4Density: 8.8 g/cm³Vickers hardness: 285 HV 10/30CTE- value (25-500 °C): 14,4*10-6 K-1Oxidation without vacuum (Point 4c): 1000 °CMass content of the components (in weight-%)*: Co 63, Cr 29, Mo 6 / Mn x, Nb x, Si x, Fe xTensile strength: 680 MPa0.2 % yield point: 400 MPaElongation at break: 9 %E-module: 250 GPa *X= <, 1%

Specially designed for the production of splints Tizian flex splint comfort blanks have been developed for the production of dental splints with thermal effect. They stand out by their thermoplastic flexibility which lets the user achieve a highly precise fit to the individual dental situation. These characteristics ensure an exceptional and stressless wearing comfort for the patients. What's more, the self-adjusting Tizian flex splint comfort splints are extremely break-resistant and have a high transparency. An extraordinary material homogeneity is achieved by means of an industrial polymerization process. This guarantees an outstanding long-term stability. Processing the Tizian flex splint comfort blanks with CAD/CAM technology further ensures a safe procedure, since mixing errors (e.g. by manual mixing) are eliminated. In addition, the odors which occur during mixing are avoided. Your benefits: High transparency Extremely break-resistant and long-term stable Extraordinary wearing comfort for your patients free of MMA and BPO Safe procedure by means of CAD/CAM technology Indications: Therapeutic splints Reflex splints Stabilization splints Positioning splints Composition: <, 10 % 1,2-cyclohexanedicarboxylic acid diisononyl ester >, 90 % poly(m)ethyl methacrylate, homopolymer

Tizian Blank PMMA Splint is made of a highly pure themoplastic PMMA which is produced following the highest quality standards. The crystal clear, color-stable material stands out with its homogeneity, low plaque adhesion and low water absorption. Tizian Blank PMMA Splint is an economic alternative for the splint technology. It can be be repaired and extended with PMMA acrylics. Indications: Occlusion splints Drilling templates for navigated implantation Lost wax technique in casting technology Processing: Due to the chemical and physical properties of thermoplastic PMMA, there is a risk of melting the material during dry machining and thus smearing the mills. Therefore, it is important to use only single-edged mills. If necessary, the milling strategy must be adjusted with a slower cutting speed and a lower feed rate. The material can be processed by wet machining with PMMA mills in a standard strategy without restrictions.