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
Dentsply Sirona Lab
IMP CTANP31 TITANIUM TEMPORATY ABUTMNT, 2.9MMD PLATFORM,3.5MMD
Each
0 ratings
Order regularly? Try Auto Order feature and let Insync Dental take care of your orders effortlessly for you!
Product Details
Description:
The IMP CTANP31 Titanium Temporary Abutment is a key provisional component in implant dentistry, designed for a 2.9 mm platform and compatible with 3.5 mm implants. It serves as a stable base for temporary crowns or bridges during the healing and osseointegration phase, supporting both esthetic and functional needs while safeguarding the implant site.
Made from high-quality titanium, the CTANP31 offers excellent strength and biocompatibility, making it ideal for use in the oral environment. Titanium’s lightweight yet resilient nature allows the abutment to endure chewing forces without placing excessive stress on the implant or surrounding tissues during the healing period.
This abutment is specifically tailored for narrow platform cases, where space is limited. Its precise fit helps promote soft tissue healing by minimizing micro-gaps and reducing the risk of bacterial infiltration—both critical for long-term implant success.
The 3.5 mm compatibility ensures a secure connection with matching implant fixtures, providing a reliable foundation for provisional restorations. The abutment is easy to place and remove, allowing clinicians to make adjustments or replace temporary restorations as needed throughout the healing process.
Additionally, the CTANP31 serves as a guide for final abutment placement, helping maintain proper implant orientation and soft tissue contours. It is sterilizable and can be reused when appropriate, offering a practical and cost-effective solution for provisional implant restorations.
In summary, the IMP CTANP31 Titanium Temporary Abutment delivers a dependable, biocompatible option for temporary restorations, supporting optimal healing, patient comfort, and long-term implant success.
Customer Reviews (0)
0 out of 5 stars
Implants
IMP 3.03.092 ANALOG 5.0MM
Each
0 ratings
IMP 3.03.092 Analog 5.0MM This 5.0 mm platform analog replicates implant geometry and position for accurate model fabrication. Made from stainless steel or titanium alloy, it offers durability and dimensional precision. Compatible with open/closed tray techniques and digital workflows, it simulates the internal hex and platform interface. Ideal for wide-platform posterior restorations, the IMP 3.03.092 supports proper abutment alignment and streamlines lab operations, ensuring restorations fit and function as intended.
Implants
IMP AANITH5012HT ANYRIDGE TRANSFER IC HEX PD 5 PH 12HEX
Each
0 ratings
IMP AANITH5012HT Anyridge Transfer IC Hex PD 5 PH 12HEX This titanium transfer coping is designed for Anyridge implants with a 5mm platform and a 12mm prosthetic height—ideal for deep tissue cases. Its internal hex connection ensures rotational stability and precise implant positioning during impressions. Compatible with various trays and materials, it supports accurate prosthetic fabrication. Durable and biocompatible, it delivers a secure fit and reliable performance in clinical workflows.
Implants
IMP 26204 MULITBASE DRIVER EV
Each
0 ratings
IMP 26204 MULTIBASE DRIVER EV This stainless steel driver is designed for precise placement and removal of MULTIBASE EV components in the Astra Tech EV system. It interfaces with abutments, screws, and temporary cylinders, delivering consistent torque and reducing slippage. Its ergonomic design enhances control in tight spaces, ideal for full-arch or multi-unit cases. Compatible with manual and torque systems, the IMP 26204 supports both analog and digital workflows for efficient, accurate restorations.
Implants
IMP 25012 IMPLANT DRIVER 4.5/5.0 LONG
Each
0 ratings
This laboratory analog simulates 3.5mm and 4.0mm implants in dental models. It replicates the platform and internal connection for accurate abutment and restoration placement. Made from high-quality material, it ensures a stable fit and proper angulation. Ideal for crown and bridge cases, it supports efficient transitions from surgery to final prosthetics with minimal chairside adjustments.
Implants
IMP 022.2505 NC LOCATOR ABUTMNT 5 HEIGHT
Each
0 ratings
IMP 022.2505 NC LOCATOR Abutment,featuring a 5mm height,is specifically engineered for Narrow CrossFit implants to improve overdenture retention with the LOCATOR system. Its 5mm transmucosal height is suitable for denser soft tissue, ensuring correct seating and an optimal emergence profile. Constructed from biocompatible titanium, it provides mechanical strength and resistance to corrosion, and it is compatible with LOCATOR nylon inserts for adjustable retention. The self-aligning design facilitates insertion, enhancing patient comfort and functionality while promoting the health of peri-implant tissues.
Implants
IMP 08519-2-V LOCATOR MALE PROCESSING 2/PK
2 PK
0 ratings
The IMP 08519-2-V Locator Male Processing 2/PK is an essential dental component utilized in the fabrication and modification of implant-supported overdentures. Specifically designed for Locator abutments, these processing males guarantee accurate alignment and retention during both laboratory and chairside tasks. Constructed from strong, biocompatible materials, they deliver dependable stability throughout the processing phase. Provided in a pack of two, they present an effective solution for making adjustments to overdentures, ensuring seamless transitions to the final retention males.
Implants
IMP 25287 HEALING UNI EV 3.6-6MM
Each
0 ratings
The IMP 25287 Healing UNI EV 3.6-6MM is a healing abutment designed for soft tissue contouring during implant recovery. With a 3.6mm diameter and 6mm height, it supports gingival architecture and promotes prosthetically driven outcomes. Made from biocompatible titanium, it ensures stable attachment with the EV internal connection, reducing micromovement and aiding tissue integration. Its cylindrical design shapes tissues while ensuring precise positioning, enhancing aesthetic and functional results for final restorations.
Implants
IMP 36931 IMPR. COP OPEN TRAY CONICAL CONNETION
Each
0 ratings
The IMP 36931 Impression Coping Open Tray Conical Connection is specifically designed to accurately capture the position, angulation, and depth of conical connection implants through the open tray method. Constructed from robust, biocompatible materials, it maintains dimensional integrity during the impression process and model creation. Its anti-rotational design ensures precise alignment of the implant analog, thereby enhancing clinical accuracy. Perfect for multi-unit or complicated restorations, it boosts laboratory efficiency and facilitates the production of well-fitting, durable implant restorations.
Implants
IMP 22887 TWIST DRILL 2.0, 8-13MM
Each
0 ratings
This 3.7mm twist drill is optimized for final osteotomy preparation with medium-to-wide diameter implants. Its surgical-grade steel construction ensures sharp, smooth cutting, while spiral flutes enhance debris removal and reduce heat. Depth markings aid precision, and the universal shank fits most surgical motors. Reusable and autoclavable, it’s ideal for anterior, posterior, and esthetic zones requiring accurate site development and strong implant stability.
Implants
IMP 08574-20-SB LOC EXTD RANGE REPL MALE GREEN 20/PK
20 PK
0 ratings
The IMP 08662-SB Locator Abutment 3.5 for Screw-Vent 1.0mm is a precisely engineered abutment that provides a secure attachment for Screw-Vent implant systems. Featuring a 3.5mm platform and a 1.0mm cuff height, it guarantees an optimal fit, reliable retention, and stability. Made from biocompatible and durable materials, it accommodates both immediate and delayed loading protocols, improving prosthetic maintenance and efficiency during chairside procedures. Perfectly suited for implant-supported overdentures, it promotes long-term stability and enhances patient comfort.
