Engineered
Stability
for Full-Arch
Restorations

SOLIDEX i-bar

Digitally designed titanium bar framework for full-arch implant restorations.

SOLIDEX iBAR provides a metal-reinforced full-arch restoration system delivering superior stability, reduced weight, and durable performance compared to conventional full-zirconia prosthetics.

1

Why SOLIDEX iBAR?

SOLIDEX iBAR exploded model upperSOLIDEX iBAR exploded model lower

Lightweight Design

Metal-reinforced structure reduces prosthetic weight, improving patient comfort and minimizing stress on implants compared to full-zirconia restorations.

Superior Strength

The integrated metal framework provides enhanced structural stability and long-term durability under functional loading

Precise Passive Fit

The metal framework allows precise adjustment and soldering, enabling accurate passive fit across multiple implants.

Lower Fracture Risk

Reduced ceramic volume decreases the risk of chipping or fracture commonly seen in full-zirconia prosthetics.

2

Why SOLIDEX iBAR vs. Conventional

SOLIDEX iBAR
Full Zirconia Prosthesis
Weight
Lightweight metal structure
Heavier monolithic structure
Strength
Reinforced metal framework
Strong but brittle material
Fracture Risk
Lower ceramic fracture risk
Higher chipping risk
Passive Fit
Adjustable metal framework
Limited adjustability
Long-term Reliability
Durable structural support
Higher risk under heavy load
3

Clinical Workflow Steps

Treatment Planning

Treatment Planning

Evaluate implant positions and prosthetic design for full-arch restoration.

Framework Design

Framework Design

Design the metal-reinforced bar structure using CAD software.

Solidex iBAR Fabrication

Solidex iBAR Fabrication

Produce the metal framework and finalize prosthetic design.

Final Restoration

Final Restoration

Deliver a stable, lightweight full-arch prosthesis with precise passive fit.