Garrison Matrix Rings

All-new Composi-Tight® 3D Fusion™ Rings are designed to handle even the toughest cases Advanced design helps you produce the highest quality restorations with tight contacts, ideal anatomy, and a ...

Garrison G-Rings with burnished tine ends provide maximum retention between canines and bicuspids, or on very short or malpositioned teeth. Great for all pediatric dental applications too. Three per ...

The G-Ring, with its burnished tine ends, is best for use between canines and bicuspids, or very short or malpositioned teeth, for maximum retention. Great for all pediatric dental applications ...

Garrison's Gold G-Rings were carefully designed using input from practicing dentists to improve the quality of posterior composite restorations. Two times stronger than original G-Rings for outstanding ...

Garrison's Gold G-Rings were carefully designed using input from practicing dentists to improve the quality of posterior composite restorations. Two times stronger than original G-Rings for outstanding ...

Create tight, anatomically accurate contacts on Class II restorations faster and easier than ever before with the Composi-Tight 3D Sectional Matrix Systems. The contoured sectional matrix bands create proper tooth ...

3D adaptable two-ring system Create tight, anatomically accurate contacts on Class II restorations faster and easier than ever before with the Composi-Tight 3D Sectional Matrix Systems . The contoured sectional ...

3D adaptable two-ring system Create tight, anatomically accurate contacts on Class II restorations faster and easier than ever before with the Composi-Tight 3D Sectional Matrix Systems. The contoured sectional ...

Drawn-wire NiTin™ nickel titanium rings combine superior strength with outstanding resiliency The NiTin Sectional Matrix System features separator rings made from NiTinol nickel titanium with PEEK® ...

Garrison’s advanced Strata-G™ sectional matrix system even more versatile, durable, easy to use The Strata-G Sectional Matrix System draws on Garrison’s more than 25 years of sectional matrix ...