DSI conical connection analog is a simple and clever tool yet it is an irreplaceable element for building a final restoration. The conical analogs are compatible with NobelActive® connection in regular (4.3-5.0mm) platform and narrow (3.5mm) implant hex connection. It allows a dentist to create the final prosthesis and properly place the abutments. DSI analogs are made of the highest quality stainless steel that can be acquired on the market nowadays. DSI manufactures analogs on the last generation's CNC 6-axis machines with a digital laser 3D marking technology. This process allows for obtaining genuine precision and incredible accuracy of the product and minimizes the errors in the creation of a dental prosthesis.
DSI conical analogs are necessary for precise duplication of the implant position and angle on the technical model. DSI conical analog repeats perfectly the shape and size of the implant and the exact future abutment positioning.
DSI conical analog is specifically designed for high-accuracy dental models. It is installed very easily onto to model with no risk of displacement.
DSI conical analog comes in narrow and regular implant platforms and matches the exact morphology of those implants repeating perfectly the shape and size for exact abutment positioning.
Benefits:
• Precise duplication of the implant position and angle on the technical model.
• Repeats perfectly the shape and size of the implant.
• Made of high-quality stainless steel.
• Helps to minimize the errors in the creation of a dental prosthesis.
• Compatible with Nobel Active conical connection
• Precise installation.
• Secure press-fit in the model.
SAC-NP: Conical analog *NP platform*
SAC-RP: Conical analog *RP platform*
*NP platform* - Narrow platform 3.5mm conical connection
*RP platform* - Regular platform 4.3-5.0mm conical connection
DSI conical connection analogs are created with the highest precision and made of the best quality materials. They are designed for distinguished work and the creation of an outstanding final restoration.