KeyCast’s low shrinkage formula controls thermal expansion to yield porous-free and accurate castings. KeyCast is compatible with rapid burnout and gradual temperature ramp workflows, with no residual ash. It is used with chrome, cobalt, gold, and silver.
Leia maisIdeal for Fabricating transparent surgical guides, allowing doctors to place implants at precise angle and depth.
Leia maisKeySplint Hard foi projetado para talas dentárias rígidas. KeySplint Hard fornece terapia para bruxismo e casos em que a imobilização dentária é necessária.
Leia maisStrong and flexible, ideal for printing splints, night guards and bleaching trays.
Leia maisFlexible yet firm gingival mask that simulates the look and feel of gum tissue. Incorporate KeyMask into your digital restoration planning
Leia maisLearn how Stratasys works with leading chemical companies to co-develop innovative photopolymers in several categories to unlock end-use applications in 3D printing.
Leia maisKeyOrtho IBT combines the strength and precision to accurately set brackets, with the flexibility and non-stick formula needed for easy release. For Origin One Dental 3D Printer
Leia maisLight-curing resin for the production of denture bases. The material provides for accurate results with an outstanding dimensional stability. FotoDent® denture is MMA-free and stable of colour.
Leia maisKeyPrint® KeyDenture Try-In™ takes the uncertainty out of the denture fifitting process. Designed for precision and effifficiency, KeyDenture Try-In is a photopolymer resin indicated for 3D printing of biocompatible, short-term trial dentures, intended for evaluation of fifit, occlusion, esthetics, and phonetics during try-in appointments.
Leia maisKeyTray é uma resina de impressão 3D forte e biocompatível (Classe I) projetada para criar bandejas de impressão personalizadas e individuais de forma rápida e com precisão. O material é forte e durável para suportar a força usada para criar o molde do paciente e remover a bandeja da cavidade oral. É compatível com todos os tipos de materiais de impressão.
Leia mais
