FuturaGen Com4 powder, cold-curing acrylic

The longer flow phase of this self-curing polymer is ideal for enhancing frameworks.   Acrylic fluid for your FuturaGen Com4 acrylic.   The acrylic for completing your frameworks. The processing time of up to 5-6 minutes also makes it suitable for the hot summer months.    Benefits: Excellent physical properties High color stability Low shrinkage Easy to use   Indication Partial and full dentures in the flow technique Completing frameworks Denture relinings Repairs and extensions Splints Injection process

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%

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%

Polishing paste for all metals including titanium.

Ball-end mill, double-edged, edge Ø 1.5 mm, shaft Ø 6 mm, total length 48 mm Processing type: drilling a screw channel Blank material: CoCr, titanium Type: coated Coding color: gold For the milling machines: Tizian Cut 5.2, Tizian Cut 5.2 plus, Tizian Cut 5 option metal milling (6 mm shaft), CORiTEC 550i, CORiTEC 650i

Available in 7 VITA shades and in white, with a translucency of 40 %.Indications:   Very aesthetic monolithic, fully anatomical crowns, partial crowns and bridges with up to 16-units, supra constructions    Highly recommended for partially or fully veneered aesthetic work Advantages of monochromatic precolored blanksWhy use precolored material? Applying a penetrating, homogeneous stain to the material does away with the need for processes such as dipping, painting and drying. This does not only save time and effort, but it also helps to avoid potential manual errors during the staining process. This reduces production costs and your customers will appreciate the consistent and reproducible color quality. Since the material comes fully precolored, even finishing or adjustment grinding do not leave light spots, which would have a negative effect on the appearance of the finished product. Industrially precolored zirconium blanks are reproducible. Precolored material is gentle on your sintering furnace and protects its components from damage. Acid-based liquid stains can emit fumes during the sintering process which leave deposits on the the heating elements of the furnace and contaminate them. This can cause undesirable discoloration and/or loss of translucency. Using industrially precolored zirconium ensures consistent color results. Suitable for: open milling system with a blank holder for round blanks with a diameter of 98.5 mm Material:   Zirconium type II, class 5 according to DIN EN ISO 6872   Good flexural strength of >, 1,150 MPa   High translucency of 40 % High aesthetics   Thin wall thicknesses for single crowns in the anterior tooth area 0.4 mm and in the posterior tooth area 0.6 mm   Biocompatible