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
Implant Direct
IMP 8035-06 LEGACY IMPLANT ANALOG: 3.5MMD PLATFORM
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 8035-06 Legacy Implant Analog is a precision-crafted laboratory component designed to replicate the position and orientation of a 3.5 mm platform Legacy implant within a dental model. It plays a vital role in the restorative process by enabling accurate fabrication of implant-supported prosthetics.
Manufactured from high-quality surgical-grade materials, this analog offers excellent dimensional accuracy and long-term durability in the lab environment. Its geometry is engineered to match the specifications of the Legacy 3.5 mm implant platform, ensuring a precise simulation of clinical implant placement.
When used with either open or closed tray impression techniques, the analog is inserted into the impression after removal from the patient’s mouth. This step transfers the implant’s exact 3D orientation into the working cast, which is essential for producing restorations that fit properly and function reliably.
The analog features an external design that allows it to lock securely into dental stone or model material, preventing movement during the fabrication process. This stability is critical for maintaining the integrity of the implant’s spatial relationship throughout the restorative workflow.
Its compatibility with Legacy prosthetic components ensures seamless integration between clinical and laboratory phases, reducing the risk of misfit and simplifying the restoration process.
Dental technicians depend on the IMP 8035-06 for its precision and consistency, enabling the creation of crowns, bridges, and implant-supported dentures that meet high standards of fit and function.
By using this analog, clinicians and labs can reduce the need for chairside adjustments and improve patient satisfaction through more accurate and predictable outcomes.
The Legacy Implant Analog for the 3.5 mm platform is an indispensable part of the implant restorative toolkit, supporting efficient workflows and successful prosthetic results.
Customer Reviews (0)
0 out of 5 stars
Implants
IMP 25224 OSSEOSPEED EV 3.6S 11MM
Each
0 ratings
This compact driver is ideal for placing 4.5mm and 5.0mm implants in tight or posterior spaces. Its short design improves access and control in limited areas. Made from strong, sterilizable stainless steel, it fits securely into implant connections for accurate handling. The ergonomic shape reduces hand fatigue and enhances tactile precision. Compatible with torque tools and handpieces, it ensures controlled, accurate implant placement.
Implants
IMP 36697 IMPLANT REPLICA CONICAL CONNECTION NP
Each
0 ratings
The IMP 36697 Implant Replica Conical Connection NP is an analog used in dental laboratories to simulate NP conical connection implants in working models. It effectively conveys the implant's position, depth, and angulation for the creation of implant-supported restorations. Constructed from robust, corrosion-resistant materials, it preserves dimensional accuracy over multiple uses. The precise conical interface guarantees a secure connection for prosthetic components, improving precision in both traditional and digital workflows, leading to high-quality, well-fitting prosthetics and long-term clinical success.
Implants
IMP GC-EL-60 ABUTMENT UCLA GOLD T/N ENG 6
Each
0 ratings
The IMP GC-EL-60 UCLA Gold Abutment is a castable component for custom single-unit restorations. With a titanium nitride (T/N) gold-coated base and an engaging connection, it offers anti-rotational stability and biocompatibility for long-term success. Its burnout sleeve allows full waxing and casting flexibility—ideal for complex angulations, deep tissue profiles, or unique esthetic demands. The gold base enhances implant compatibility and resists corrosion while supporting precise prosthetic integration.
Implants
IMP 26195 MULITBASE EV PICK-UP
Each
0 ratings
IMP 26195 MULTIBASE EV PICK‑UP This stainless steel, color-coded coping is designed for open-tray impressions with Astra EV multi-base abutments. It captures both position and rotational orientation for precise prosthetic transfer. Retention grooves and a locking screw ensure stability during tray removal. Color coding aids identification in complex cases. Compatible with EV kits, the IMP 26195 improves lab workflows, reduces chair time, and ensures accurate analog placement for reliable multi-unit restorations.
Implants
IMP 36543 IMPRESS COP CLOSED TRAY CONICAL CONN. RP 5x9MM
Each
0 ratings
The IMP 36543 Impression Coping Closed Tray Conical Connection RP 5×9MM is engineered for precise impressions of RP conical connection implants utilizing the closed tray method. With a diameter of 5 mm and a height of 9 mm, it is perfect for areas with moderate soft tissue thickness and provides easy access. Constructed from robust, biocompatible materials, this coping guarantees a secure fit and accurate transfer of the implant’s position, angulation, and depth. This device supports efficient
Implants
IMP 25658 Locator Abutment EV 3.6 2mm
Each
0 ratings
This stainless steel lab analog replicates the internal geometry and position of 4.2mm EV implants. It ensures accurate simulation of implant placement in dental models, supporting precisely fitting prosthetics. The conical connection mirrors the EV system for full compatibility. Durable and corrosion-resistant, it supports crowns, bridges, and custom abutments. Ideal for analog and digital workflows, it helps verify angulation and ensures consistent, esthetic, and functional restorative outcomes.
Implants
IMP 24447 COVER SCREW 4.5/5.0 - 0MM
Each
0 ratings
This titanium cover screw is designed for 3.5–4.0mm platform implants and features a 0MM collar height for flush placement at the bone crest. Ideal for submerged healing in two-stage protocols, it seals the implant chamber to prevent contamination. Made from biocompatible titanium, it offers durability and soft tissue compatibility. Precision threading ensures a stable fit. Delivered non-sterile and autoclavable, it supports implant integrity during healing.
Implants
IMP 26332 ASTRA TECH IMPL EV 4.2C 9MM OS
Each
0 ratings
IMP 26332 ASTRA TECH IMPL EV 4.2C 9MM OS This 9 mm tissue-level titanium implant with a 4.2 mm platform is ideal for narrow ridges. Its OSSEOSPEED EV surface accelerates osseointegration, and the polished collar promotes soft tissue health. The conical platform-switching connection preserves bone, while the thread design ensures strong primary stability. Compatible with Astra EV restorative tools and digital workflows, the IMP 26332 supports efficient placement and prosthetic flexibility.
Implants
IMP 25587 HEALDESIGN P EV 4.2 5-3MM
Each
0 ratings
This short closed-tray transfer fits 4.8mm EV implants and is ideal for limited vertical space. Its compact design suits posterior regions and tight interarch conditions. Made from biocompatible stainless steel, it provides a stable, precise fit. The EV conical interface ensures accurate implant-level transfer. A retention screw secures the component during impressions. Compatible with EV system parts, it supports efficient, accurate restorative planning.
Implants
IMP 825708 LEGACY 2 IMP. 5.2MMD x8MMLSBM:5.7MMD PLATFORM
Each
0 ratings
The IMP 825708 Legacy 2 Implant (5.2mm x 8mm) is designed for posterior sites with limited vertical bone. Its wide-body design and 5.7mm platform enhance load distribution and restorative stability. The SBM surface promotes rapid osseointegration, while the tapered body ensures strong insertion torque. Platform switching preserves crestal bone and soft tissue contours. With an internal hex connection and full Legacy 2 compatibility, it’s a dependable solution for clinicians needing strength and flexibility in compact, high-load clinical scenarios.
