"zirconia dental sintering furnace"
PRIMA+ CAD CAM ジルコニアブロック 高強度多層ジルコニアブロック
PRIMA+ CAD CAM Zirconia Blocks High Strength Multilayer Zirconia Block Kyozir PRIMA+ Multilayer Zirconia Blocks 3D Gradient Pre-Sintered Zirconia for Natural Aesthetic PRIMA+ is a premium CAD CAM zirconia block designed for advanced dental restorations, combining hybrid composition technology with a ...
高強度ジルコニア CAD CAM ブロック白 800MPa 43% 半透明
Kyozir ST-C-W 1250MPa High Strength White Zirconia Disk CAD CAM Zirconia CAD CAM Blocks The ST-C-W is a high-strength dental zirconia block with a flexural strength of 1250 MPa and 43% translucency. Ideal for crowns, bridges, implants and full-arch restorations. It is the preferred choice for a ...
ST-ML CAD CAM オープンシステム 多層ジルコニアブロック 超透明性
Kyozir ST-ML CAD CAM Open Systems Super Translucency Multilayer Zirconia Block ST-ML Dental Zirconia Blank with super translucent multilayer technology delivers exceptional esthetic precision for modern dental restorations. Featuring multiple pre-determined layers with high translucency, this ...
SHT-C 歯科 プリシェード ジルコニア 超高透明 A1-D4
Kyozir SHT-C Pre-shaded Super High Translucent Dental Zirconia Blank The SHT-C dental zirconia block with pre-shaded technology is designed to revolutionize restorative dentistry. With pre-determined natural tooth shades embedded. The pre-shaded feature ensures uniform color throughout the ...
SHT-ML 多層歯科ジルコニアブロック
SHT-ML Multilayer Dental Zirconia Block for CAD CAM open systems SHT-ML multi-layered dental zirconia blanks are specifically designed for open CAD/CAM systems and represent cutting-edge technology in the field of dental restorations. These innovative zirconia blanks feature a layered structure that ...
SHT-ML CAD CAM クラウン ブリッジ用多層ジルコニア ブロック歯科材料
Kyozir SHT-ML Multilayer Zirconia Block Dental Material for CAD CAM Crown Bridge SHT-ML Multilayer Dental Zirconia Block for CAD CAM open systems represents a cutting-edge advancement in dental prosthetics. This innovative blank features stratified layers, mimicking the natural tooth's gradient in ...
歯科ジルコニア多層ブロック 美しいクラウンブリッジのためにプリシェード
Kyozir Alpha+ Dental Zirconia Blank Multilayer Pre-Shaded for Aesthetic Crown Bridge Alpha+ dental zirconia disc with multilayer technology represents a cutting-edge advancement in dental prosthetics. Alpha+ 5D effect zirconia disc with 42-49% translucency, replicating natural tooth appearance. ...
多層ジルコニアブロック CAD CAM クラウンブリッジのための歯科グラデント
Kyozir Alpha+ Zirconia Blocks Dental Multilayer Gradient for CAD CAM Crown Bridge The Alpha+ multilayer dental zirconia disc is a high-performance CAD/CAM material designed for modern esthetic restorations. Built with a 6-layer structure and 11 gradient transitions, this 5D multilayer zirconia block ...
CAD CAM システム 超透明ジルコニアディスク 整形前歯用
Kyozir Ultra Translucent Zirconia CAD CAM System Zirconia Disc For Aesthetic Anterior Teeth The Ultra+ dental zirconia blank, featuring ultra-translucency, offers exceptional strength and light transmission for lifelike dental restorations. With 46%–49% translucency and 500–650 MPa flexural strength...
STH-ML 多層ジルコニアブロック 高い透明度 (42%-49%) と>800Mpa強度
STH-ML Multilayer Zirconia Disc Dental High Translucency for Crown Bridge SHT-ML multi-layered dental zirconia blanks provide a single zirconia CAD/CAM block solution for varied clinical demands. Engineered for open CAD/CAM milling machines, this multilayer zirconia block reproduces natural dentin...
クラウンブリッジ用多層高半透明ジルコニアディスク歯科
Kyozir Ultra Multilayer Zirconia Disc Dental High Translucency for Crown Bridge Ultra+ Dental Zirconia Blank is a premium dental zirconia blank designed to meet the optical requirements of anterior restorations. Its formulation ensures high-definition light transmission and controlled internal light ...
オープン CAD CAM フリースシステム用 高透明ジルコニアディスク 95mm
Kyozir Ultra Translucent Layered Zirconia 3d Pro Zirconia For Dental Lab The Kyozir Ultra+ Dental Zirconia Blank combines high translucency (46%-49%) with >500 MPa flexural strength — a combination not common at this price point. It works for veneers, inlays, onlays, anterior/posterior crowns, and 3...
