• Never a bad batch. Guaranteed;
• Eliminates wasted time on defective products;
• Frictionless clinical treatment.
Higher start temperature allows wires toremain flexible in your hand, rigid atmouth temperature.
Heat-treating process ensures wiresalways return to intended shape.
All wire lab-testing EXCEEDS ISOstandards for guaranteed performance.
We use only heat-resistant, steel formingtools to ensure a consistent archform inevery wire.
For consistent performance and high break resistance.
Ensures consistent force values and perfect archform shape.
Removes surface irregularities and lowers friction — for optimal tooth movement.
Every lot undergoes meticulous testing. G&H exceeds ISO standards to guarantee unmatched performance.
• Malocclusion;
• Spacing;
• Crowding;
• Over or under tooth eruption;
• Overbite and underbite .
Orthodontists gain better control over tooth movement: predictable and consistent results.
Eliminates wasted, non-performing product — saving you money.
Patients benefit from quicker results and reduced treatment discomfort, thanks to the efficienttooth movement provided by G4™ NiTi wire.
1 - Start test – Load cell contacts wire and begins deflection in 36 °C waterbath.
2 - Extreme elasticity shown by the Load Resistance Force (bump in the graph) between 0.5mm and 1mm deflection.
• This wire is active and aggressive as it transitions from the Austenitic (increasing force) to Martensitic (constant force) state.
3 - Consistent forces of martensitic response.
• Engagement force is approximately 275gf as the wire is deflected from 0.6mm to 2.0mm. Desired, defined excursion of Martensitic phenomenon (constant force over a largedeflection) exhibited represents properties unique to effective Superelastic Niti wire.
4 - Extreme elasticity and consistent force shown at 3.0mm deflection.
• Peak load force of 270gf at 3.0mm deflection is consistent with force levels at the 0.6mm deflection point during engagement.
• Transitional rebound shows the wire is active and aggressive as engagement forces cease and recovery forces begin applying tooth moving force.
5 - Consistent unload force as Martensitic state is reentered during recovery.
• Tooth moving forces dissipate slightly then stabilize to ensure consistent unload to shape memory.
6 - Shape memory and elasticity are expressed.
• Full shape memory rebound occurs at 160gf ensuring continuity of effective tooth moving forces through complete shape recovery.
• Difficult engagement of wire;
• Discomfort and pain for the patient;
• Wire deformation and distortion.
Easier to engage in brackets and tubes in difficult scenarios.
By providing a wire that’s easier to engage, reduced chair time contributes to greater profitability and productivity.
Comfortable outcomes for patients.
• Stainless steel wires that are too stiff and break to get the bends, recovery, and engagement youneed on hard to finish cases;
• Patient with a nickel allergy;
• Treatment that requires superior working range and flexibility for various adaptations and bends.
• Better treatment option providing superior working range;
• A wire that accepts adaptation bends without breaking.
• Affordable nickel-free option to treat patients with metal allergies;
• Allows orthodontists to treat cases faster, resulting in increased profit.
• The lower force property means less discomfort or pain for patients in general;
• Patients with metal allergies can safely wear braces.
• Stainless steel wires that break and are brittle;
• Not getting the finish you want when the case is complete;
• Poor quality wires that are uncomfortable and poke the patient causing irritation and pain.
Offers the strength required for orthodontists to achieve consistent, successful finishes.
Combines high quality and affordability with multiple specialty wire options — making ordering and inventory tracking simple.
Greater comfort with less friction.
