Loading... Please wait...
🔎 Find parts for your system — search by implant brand in the search bar, or browse all 20+ compatible systems

Shop all Stores

One Driver

American Dental Implant Corporation (ADI) Internal Hex Compatible 5.7mm Platform Titanium Bar Post with Ti. screw (P-57CA-12-ADI)

  • 5.7mm Internal Hex Bar Post by Titan Implants
  • 5.7mm Internal Hex Bar Post — with titanium screw — Titan Implants
Price:
$50.00
SKU:
P-57CA-12-ADI
Availability:
Usually ships in 24 hours
Shipping:
Calculated at checkout
✓ USA-Made | ✓ Precision machined | ✓ Compatible with 20+ active & legacy systems | ✓ Same-day shipping available


*Click here for Terms and Conditions of FREE SHIPPING

Product Description

 

Bar Abutment abutments are titanium, non-engaging cylindrical posts are designed to seat directly into the implant or intermediate abutment that are laser-welded to titanium bars to create an all titanium bar or bridge framework. Implant bar restorations mostly have a minimum of two to five implants. In an ideal situation, hader bar and retentive clips are used in the anterior, whereas locking pin attachments are located distally for support and stability. The laser-welding technique eliminates the need for casting, waxing, investing, and finishing. The ideal implant bar system incorporates a bar and retentive clips in the anterior section and locking pin attachments distally for support and stability.

 

Note: This product uses a  0.050" Hex Screw Driver

 

Please see Instruction Video#2:

2. How To Do An Overdenture Restoration of Calcitek Integral Spline Compatible Implants With Bar Abutment For Laser-Welding

 Link: https://titanimplants.com/calcitek-compatible-videos/

 

Implant Locator Pin (+$15 each) — seats on the implant or analog to measure tissue depth and guide the abutment into position. Titan-exclusive design; optimal use is one per abutment, reusable across cases. See the Implant Locator Pin in use.

Other Details

Implant System:
Internal Hex
Platform Diameter:
5.7mm
Abutment Type:
Bar Post