everStickC&B

Glass fibre reinforcement for minimally invasive composite bridges

About

With GC everStickC&B you can prepare composite bridges reinforced with fibres in one single visit, using a reversible and minimally invasive technique.
This evidence-based fibre reinforcement technology provides you with a metal-free, cost-effective treatment method to complement your prosthetic treatment choices.

Indications

For every indication to replace missing teeth either temporarily, transitionally or for long-term use:

Full cover crowns & bridges
Surface-retained and implant-supported bridges
Inlay, onlay and hybrid bridges

All these restorations can also be prepared in the dental laboratory.

Advantages

GC everStickC&B enables you to create reversible fibre-reinforced bridges, by preserving healthy tooth structure for as long as clinically possible.

Reliable and aesthetic way to replace missing teeth in one single visit
Perfect to provide an immediate solution for emergency situations such as trauma cases, or after extractions
In case of agenesis, perfect solution for the replacement of missing laterals before an implant can be placed
Economical alternative in case the patient cannot afford conventional treatments
Ideal for both anterior and posterior bridges
Excellent bonding to composites thanks to the patented IPN structure

Downloads

Instructions For Use I acknowledge that the below IFUs are provided solely for informative purposes. The only official instructions for use of the product remain those included in the product package.

Manual• Technique Card everStickC&B
• Restorative Solutions

Leaflets• everStickC&B
• everStick Family

Science and Studies• References
• World of Proof - Study Compilation

Safety Data SheetsPlease select your country in order to see the SDS that are relevant to you.

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GC EUROPE | everStickC&B - Glass fibre reinforcement for minimally invasive composite bridges

everStickC&B from GC:Glass fibre reinforcement for minimally invasive composite bridges

everStickC&B

Glass fibre reinforcement for minimally invasive composite bridges