Home » ALL-BOND 3

ALL-BOND 3

Product Description  | Company Information | Request Info


ALL-BOND 3

Bisco, Inc introduces the next generation of the industry’s gold standard, ALL-BOND 3, a dual-cured, total-etch, universal adhesive system.


Product Description

ALL-BOND 3, like the legendary ALL-BOND 2, combines uncompromising performance, universal versatility and superior adhesion. ALL-BOND 3 uses patented technology making it compatible with all dental materials. This hydrophobic material is more durable than other materials currently available. ALL-BOND 3 micro-mechanically bonds to all substrates, is used for all bonding procedures and is compatible with light-, dual- and self-cured materials. ALL-BOND 3 exhibits very low film thickness ensuring direct and indirect restorations are completely seated. The simplified bonding process reduces procedural time.

   Request More Info

Company 
Name 
Address 
City 
State    Zip 
Email 
Phone # 


Company Information

BISCO DENTAL PRODUCTS

www.bisco.com
Headquartered in a 91,000 square-foot facility in Schaumburg, Illinois, BISCO employs more than 140 people, with research and development at the heart of its strategy. For over twenty years chemists, material scientists and dentists have used state of the art equipment and techniques to develop new innovative products for modern dentistry. BISCO is a leader in dental research. Each year many articles are published including 11 research papers and presentations at the International Association of Dental Research meeting in 2002. BISCO became a leader in aesthetic dentistry in the mid 1990's with the introduction of its flagship products, ALL-BOND®, ONE-STEP® and ÆLITEFLO™. Presently, BISCO's product line features more than 800 items sold in more than 60 countries, with brand names including TYRIAN™ SPE, ÆLITE™ LS, RENEW®, MICRONEW™, ILLUSION™, and the D.T. LIGHT-POST®. BISCO has continued to evolve with the introduction of the Dental Laboratory Division in February 2002 with the TESCERA™ ATL™ (Aqua Thermal Light), Indirect Composite System.