Image may not accurately represent item color or size. Please order based on item name and description.
Why Choose Insync for your Dental Supplies?
-
Helpful Customer Service
-
15 day money back guarantee
-
Huge savings on retail prices
-
Thousands of products available
Blue Sky Bio
IMP MN-RSM10 IH NP IMPLANT ANALOG
Each
Order regularly? Try Auto Order feature and let Insync Dental take care of your orders effortlessly for you!
Product Details
Description:
The IMP MN-RSM10 IH NP Implant Analog is a precision laboratory component used to replicate the position and dimensions of narrow platform dental implants in working models. Designed with an internal hex (IH) connection, this analog accurately mirrors the geometry of the implant fixture, allowing for exact duplication in the dental lab.
Made from corrosion-resistant stainless steel or titanium alloy, the analog is built for durability and dimensional accuracy. It withstands repeated use during model fabrication and prosthetic procedures without deformation. The narrow platform (NP) design makes it ideal for use with implants placed in areas with limited bone volume or in esthetically sensitive zones.
The MN-RSM10 analog ensures accurate transfer of the implant’s position from the patient’s mouth to the working model, which is essential for fabricating restorations that fit precisely and function reliably. Its compatibility with impression copings and trays used in both open and closed tray techniques ensures seamless integration into various clinical workflows.
By providing a stable and accurate representation of the implant in the lab, this analog supports the creation of prosthetic components that align correctly and require minimal adjustment. It plays a crucial role in maintaining the integrity of the restorative process from impression to final placement.
In summary, the IMP MN-RSM10 IH NP Implant Analog is an essential tool in implant prosthetics, offering reliable performance and supporting predictable, high-quality restorative outcomes.
Customer Reviews (0)