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
STRAUMANN
IMP 105.071 TORQUE CONNECTION LONG
Each
0 ratings
Order regularly? Try Auto Order feature and let Insync Dental take care of your orders effortlessly for you!
Product Details
Description:
IMP 105.071 TORQUE CONNECTION LONG is a precision dental instrument designed to enable the safe and exact application of torque to implant components throughout surgical and restorative interventions. Its extended length enhances access in difficult clinical situations, such as posterior areas or implants placed at deeper depths, where standard-length drivers often lack the necessary reach.
Made from high-quality, corrosion-resistant materials, this torque connection tool offers remarkable durability and sustained performance through repeated sterilization and clinical usage. It is designed to be compatible with a variety of implant systems and components, allowing precise engagement without sacrificing fit or stability. Its structure supports controlled torque application according to the manufacturer's recommended values, which is crucial for securing abutments, screws, and other prosthetic components without over-tightening or causing harm.
The elongated shaft enhances visibility and control, especially in multi-unit cases or deep subgingival connections, where precision and accessibility are vital. Its smooth operation and well-balanced design help mitigate clinician fatigue while boosting procedural confidence and safety. The tool’s accurate engagement lessens the risk of stripping screw heads or misaligning components, leading to more predictable prosthetic results and minimizing complications.
IMP 105.071 TORQUE CONNECTION LONG is an essential instrument for dental professionals engaged in implantology. Whether utilized during implant placement, abutment connection, or final prosthesis delivery, it aids in secure assembly, optimal load distribution, and long-lasting success of prosthetics. It is critical in preserving the mechanical integrity of implant-supported restorations by ensuring that each component is adequately tightened to the specifications set by the manufacturer.
This tool improves workflow efficiency and clinical results, making it a reliable option for implant dentists who require precision, dependability, and ergonomic performance in every procedure.
Customer Reviews (0)
0 out of 5 stars
Implants
IMP 24528 DIRECT ABUT. 4.5/5.0-05, 1MM
Each
0 ratings
This titanium Locator abutment fits 4.5mm to 5.0mm platforms and features a 3mm collar height for moderate soft tissue depths. It offers secure overdenture retention via a dual-retention, self-aligning design. The polished collar reduces irritation, while nylon inserts allow customizable retention. Precision threading ensures stability. Delivered non-sterile and autoclavable, it’s compatible with standard Locator tools.
Implants
IMP 36540 IMPRESSION COP CLOSED TRAY CONICAL 3.6x13MM
Each
0 ratings
MP36540 Impression Coping Closed Tray Conical Connection RP 3.6×13MM is intended to convey the position, depth, and angulation of the implant during the prosthetic phase. With a diameter of 3.6 mm and a height of 13 mm, it is ideal for deeper implant placements or denser soft tissue. Tailored for the closed tray method, it provides stability and accuracy. Constructed from biocompatible materials, it assists dental professionals in obtaining precise impressions, enhancing workflows, and ensuring the success of implant-supported prosthetics.
Implants
IMP 26174 MULTIBASE AB EV4.2 17* 2.5MM
Each
0 ratings
Designed for 3.6 mm EV implants, this titanium healing abutment features a 5.0 mm coronal and 2.5 mm subgingival profile, ideal for thick soft tissue or deeper placements. Its polished, tapered shape supports papilla formation and esthetic outcomes. Precision threading ensures secure fit and seals the implant interface. The IMP 25903 integrates into EV workflows, promoting predictable healing and reducing the need for prosthetic revisions.
Implants
22883 45° UniAbutment Pick-up Ø 4.3
Each
0 ratings
45° UniAbutment Pick-up 4.3 is specifically engineered for implant-level transfers, providing precise impressions of 45-degree UniAbutments with a diameter of 4.3mm. Perfectly suited for open-tray (pick-up) techniques, it guarantees an accurate transfer of both the position and angulation of the abutments to the master model. Its robust design ensures a securefit, facilitating dependable intraoral placements and impressions. This pick-up is compatible with a variety of implant systems, making it crucial for producing precise prostheses and enabling successful angled implant restorations.
Implants
IMP 8530-93-L LOCATOR ABUTM.LEGACY 3.0DIA X 3MM
Each
0 ratings
This titanium Locator abutment is crafted for Legacy systems with a 3.0mm platform and a 3mm collar height, making it ideal for narrow ridges and moderate soft tissue depths. It supports Locator nylon inserts for secure, customizable overdenture retention. The self-aligning, dual-retention design ensures easy seating and removal, improving patient comfort and prosthetic reliability. Compatible with standard Locator drivers, it integrates seamlessly into both clinical and laboratory workflows, offering efficiency and long-term performance.
Implants
IMP 24958 IMPLANT TRANSFER 3.0 LONG
Each
0 ratings
This 4.5mm x 9mm implant is ideal for posterior restorations with moderate bone height. Its OsseoSpeed surface accelerates osseointegration, while the tapered body and self-cutting threads enhance primary stability. The internal conical connection minimizes micromovement and supports long-term bone and soft tissue health. Delivered sterile, it integrates with Astra Tech EV systems and supports both digital and analog workflows.
Implants
IMP 25235 OSSEOSPEED EV 4.2S X13MM
0 ratings
This stainless steel drill refines osteotomies in Astra Tech EV surgeries with high accuracy. It controls depth and diameter after pilot drilling, ensuring optimal site preparation. Sharp cutting edges reduce heat, while color coding and laser markings aid depth control. Its design limits lateral movement for precise placement in anterior or posterior sites. Compatible with the EV surgical kit, it supports atraumatic, accurate drilling and long-term implant success.
Implants
IMP 25280 COVER SCREW EV 3.0
Each
0 ratings
This 4.8mm x 11mm implant is ideal for high-load posterior restorations. The wide diameter provides structural strength, while the small-platform collar enhances soft tissue esthetics. The OsseoSpeed surface accelerates bone integration, and tapered, self-tapping threads ensure strong initial fixation. The EV conical connection offers a secure, anti-rotational fit and helps preserve bone. Suitable for crowns or bridges, it delivers long-term success and esthetic precision.
Implants
IMP 653210 INTERACTIVE IMPLANT 3.2MMD X 10MML SBM:3.0MM
Each
0 ratings
The IMP 653213 INTERACTIVE IMPLANT 3.2MMD X 13MML SBM is a slim-profile implant specifically designed for limited ridge spaces. With a width of 3.2 mm and a length of 13 mm, it provides excellent stability and accurate placement. The SBM surface promotes osseointegration, while the 3.0 mm platform ensures compatibility with prosthetics. This implant is perfect for single-tooth or narrow-site restorations, merging clinical dependability, aesthetics, and sturdy mechanical performance.
Implants
8057-08 LEGACY OPEN TRAY IMPLANT TRANSFER: 5.7MMD PLATFORM
Each
0 ratings
The 8057-08 Legacy Open Tray Implant Transfer: 5.7mmD Platform is an impression coping created for open-tray (pick-up) techniques in implant restorations. It guarantees accurate transfer of implant position, angulation, and depth for the 5.7 mm Legacy platform. Constructed from durable, biocompatible materials, it ensures secure intraoral seating and stability during impressions. Suitable for open trays and analogs, it seamlessly integrates into both traditional and digital workflows, improving prosthetic accuracy and reducing chairside adjustments.
