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G4™ Nickel Titanium

What is G4™ Nickel Titanium?

G4™ Nickel Titanium Wire is the result of years of research and development by G&H. G4™ NiTi is made possible by the vast experience and expertise that G&H has developed in working and controlling Nickel Titanium. G4™ NiTi is superior due to refinements and advancements by by G&H in several key areas:

  • Material Science
    The G4™ Nickel Titanium alloy is unique. G4™ has been exclusively formulated to coordinate with G&H manufacturing processes to yield consistent specific force, memory and elasticity values.

  • Precision Manufacturing Processes
    Nickel Titanium is an alloy which is complex to process and form. Very slight variations in a multitude of factors during manufacturing can alter the clinical performance of NiTi wires. The G4™ manufacturing processes some invented, some developed and others refined by G&H make G4™ NiTi distinct from all other NiTi archwires used in Orthodontics.

  • Scientific Testing Protocols
    Only scientific testing of a NiTi wire can determine its actual working characteristics. G4™ NiTi archwires undergo intense scientific testing during and after the manufacturing process: Each production lot of G4™ wire undergoes 14 separate quality tests during manufacturing. Every G4™ wire then undergoes a 28-point 100% final inspection before packaging. All G4™ wires successfully pass all testing so that performance characteristics can be guaranteed.


G4 Nickel Titanium Hystersis Graph(Fig. A) G4™ Hysteresis Graph
G4 Nickel Titanium Force GraphRecovery Forces of G4™ Nickel Titanium
The Clinical Significance of G4™ Nickel Titanium
The clinically significant improvements to G4™ wire provide lower initial load forces and increased residual forces as full shape recovery progresses. (Fig. A)

  • Lower Load Forces of Engagement
    Easier wire deflection and delivery to bracket, less stress on bonds and increased patient comfort.

  • Higher Residual forces of recovery
    Full shape recovery - complete unraveling and archform development by staying active to the end.