Tailored for supra-structure restoration demands of single missing tooth, multiple consecutive missing teeth, half-arch and full-arch edentulism, this all-in-one solution features complete product portfolio, superior adaptability and stable performance. It resolves common clinical challenges such as poor fitting, low marginal adaptation, porcelain chipping, ill-fitting abutments, uneven occlusal loading for full-arch cases and unstable postoperative results.
DeKLi supports adaptation to all mainstream implant systems. We provide digitally customized implant abutments, single implant crowns, multi-unit splinted crowns, implant frameworks and full-arch fixed restorations, suitable for immediate implantation, delayed implantation and full-arch immediate loading. Based on alveolar bone data modeling and 5-axis precision milling technology, implant restorations achieve precise adaptation to abutments and gingival contour with excellent marginal fit and balanced occlusal force, significantly lowering postoperative risks including peri-implantitis, loosening, porcelain fracture and debonding.
All implant restoration products hold valid regulatory certifications and boast excellent biocompatibility. Anterior restorations focus on translucency and aesthetics, while posterior and full-arch restorations prioritize high mechanical strength and occlusal stability. The portfolio covers routine implant cases as well as complex full-arch treatments, supplying clinics with a reliable, durable and hassle-free implant restoration supply chain.
1. Compatible with all mainstream implant systems with universal data interfaces for all types of digital intraoral scanners;
2. Five-axis precision milling achieves micron-level accuracy for customized abutments and implant frameworks;
3. Supports multiple restoration protocols: immediate implantation, delayed implantation and full-arch immediate loading;
4. All products hold complete Class III medical device qualifications with raw materials of excellent biocompatibility;
5. Preoperative CAD virtual occlusal analysis balances occlusal stress and optimizes force distribution of full arches.
1. Covers superstructure restoration demands of single, multiple, half-arch and full-arch edentulism and fills the capacity gap of clinics for complex implant cases;
2. Effectively solves common problems such as poor passive fit, porcelain chipping and uneven occlusion, and greatly reduces postoperative risks including peri-implantitis, loosening and debonding;
3. Separated material solutions for anterior aesthetic demands and high occlusal load of posterior teeth for flexible selection;
4. Scaled intelligent manufacturing ensures stable lead time, building a long-term reliable outsourcing supply chain for clinics to undertake high-difficulty full-arch implant cases.
