Heat-Activated Archwires

<h2>Aesthetic Initialloy Archwires</h2><br><p>Aesthetic Initialloy Archwires - Rhodium-coated (just like the clips in Experience Ceramic brackets); these aesthetic archwires feature unrivaled properties and make ceramic appliances much more aesthetic.<br></p>

<h2>Aesthetic Initialloy Archwires</h2> <p>&nbsp;</p> <p>Aesthetic Initialloy Archwires - Rhodium-coated (just like the clips in Experience Ceramic brackets); these aesthetic archwires feature unrivaled properties and make ceramic appliances much more aesthetic.</p> <p>&nbsp;</p>

<h2>Aesthetic Initialloy Archwires</h2> <p>&nbsp;</p> <p>Aesthetic Initialloy Archwires - Rhodium-coated (just like the clips in Experience Ceramic brackets); these aesthetic archwires feature unrivaled properties and make ceramic appliances much more aesthetic.</p> <p>&nbsp;</p>

<h2>BioEdge square and rectangular archwires</h2> <p>&nbsp;</p> <p>BioEdge - BioEdge is a shape memory archwire.<br /> For the same dimension, you can choose between several force levels.<br /> According to the treatment’s evolution, this possibility of choice increases efficiency in your daily practice.<br /> In order to use shape memory at its best, cool the archwire before its insertion.<br /> Some archwires are available with a central V-Bend (or «dimple»).<br /> And then, a letter D appears in the P/N.</p> <p>&nbsp;</p>

<h2>BioEdge square and rectangular archwires</h2> <p>&nbsp;</p> <p>BioEdge - BioEdge is a shape memory archwire.<br /> For the same dimension, you can choose between several force levels.<br /> According to the treatment’s evolution, this possibility of choice increases efficiency in your daily practice.<br /> In order to use shape memory at its best, cool the archwire before its insertion.<br /> Some archwires are available with a central V-Bend (or «dimple»).<br /> And then, a letter D appears in the P/N.</p> <p>&nbsp;</p>

<h2>BioEdge square and rectangular archwires</h2> <p>&nbsp;</p> <p>BioEdge - BioEdge is a shape memory archwire.<br /> For the same dimension, you can choose between several force levels.<br /> According to the treatment’s evolution, this possibility of choice increases efficiency in your daily practice.<br /> In order to use shape memory at its best, cool the archwire before its insertion.<br /> Some archwires are available with a central V-Bend (or «dimple»).<br /> And then, a letter D appears in the P/N.</p> <p>&nbsp;</p>

<h2>BioEdge square and rectangular archwires</h2> <p>&nbsp;</p> <p>BioEdge - BioEdge is a shape memory archwire.<br /> For the same dimension, you can choose between several force levels.<br /> According to the treatment’s evolution, this possibility of choice increases efficiency in your daily practice.<br /> In order to use shape memory at its best, cool the archwire before its insertion.<br /> Some archwires are available with a central V-Bend (or «dimple»).<br /> And then, a letter D appears in the P/N.</p> <p>&nbsp;</p>

<div>Compared to SE NiTi - CuPlus is a very precisely controlled alloy - which is easier to insert due to smaller loading forces. More resistant to permanent deformation - will not "crack" during treatment. Always working to unload to its true original shape (less affected by hysteresis). Clinical use of CuPlus provides continuous, gentle unloading force - even at very small deflection. More biologically effecient tooth movement - faster treatment. A more precise finishing point - with fewer wire changes. Improved patient comfort. Offered in two force levels (transition temperatures). 27C (81F) Moderate force - 20% less force than typical sized SE NiTi. 35C (95F) Low force - 10% less force and even more flexible than our 27C product. Less loading force than Niti, easier to engage. Never stops applying active unloading force.</div>

<div>Compared to SE NiTi - CuPlus is a very precisely controlled alloy - which is easier to insert due to smaller loading forces. More resistant to permanent deformation - will not "crack" during treatment. Always working to unload to its true original shape (less affected by hysteresis). Clinical use of CuPlus provides continuous, gentle unloading force - even at very small deflection. More biologically effecient tooth movement - faster treatment. A more precise finishing point - with fewer wire changes. Improved patient comfort. Offered in two force levels (transition temperatures). 27C (81F) Moderate force - 20% less force than typical sized SE NiTi. 35C (95F) Low force - 10% less force and even more flexible than our 27C product. Less loading force than Niti, easier to engage. Never stops applying active unloading force.</div>

<div>Compared to SE NiTi - CuPlus is a very precisely controlled alloy - which is easier to insert due to smaller loading forces. More resistant to permanent deformation - will not "crack" during treatment. Always working to unload to its true original shape (less affected by hysteresis). Clinical use of CuPlus provides continuous, gentle unloading force - even at very small deflection. More biologically effecient tooth movement - faster treatment. A more precise finishing point - with fewer wire changes. Improved patient comfort. Offered in two force levels (transition temperatures). 27C (81F) Moderate force - 20% less force than typical sized SE NiTi. 35C (95F) Low force - 10% less force and even more flexible than our 27C product. Less loading force than Niti, easier to engage. Never stops applying active unloading force.</div>

<div>Compared to SE NiTi - CuPlus is a very precisely controlled alloy - which is easier to insert due to smaller loading forces. More resistant to permanent deformation - will not "crack" during treatment. Always working to unload to its true original shape (less affected by hysteresis). Clinical use of CuPlus provides continuous, gentle unloading force - even at very small deflection. More biologically effecient tooth movement - faster treatment. A more precise finishing point - with fewer wire changes. Improved patient comfort. Offered in two force levels (transition temperatures). 27C (81F) Moderate force - 20% less force than typical sized SE NiTi. 35C (95F) Low force - 10% less force and even more flexible than our 27C product. Less loading force than Niti, easier to engage. Never stops applying active unloading force.</div>

<div>Compared to SE NiTi - CuPlus is a very precisely controlled alloy - which is easier to insert due to smaller loading forces. More resistant to permanent deformation - will not "crack" during treatment. Always working to unload to its true original shape (less affected by hysteresis). Clinical use of CuPlus provides continuous, gentle unloading force - even at very small deflection. More biologically effecient tooth movement - faster treatment. A more precise finishing point - with fewer wire changes. Improved patient comfort. Offered in two force levels (transition temperatures). 27C (81F) Moderate force - 20% less force than typical sized SE NiTi. 35C (95F) Low force - 10% less force and even more flexible than our 27C product. Less loading force than Niti, easier to engage. Never stops applying active unloading force. </div>

<div>Compared to SE NiTi - CuPlus is a very precisely controlled alloy - which is easier to insert due to smaller loading forces. More resistant to permanent deformation - will not "crack" during treatment. Always working to unload to its true original shape (less affected by hysteresis). Clinical use of CuPlus provides continuous, gentle unloading force - even at very small deflection. More biologically effecient tooth movement - faster treatment. A more precise finishing point - with fewer wire changes. Improved patient comfort. Offered in two force levels (transition temperatures). 27C (81F) Moderate force - 20% less force than typical sized SE NiTi. 35C (95F) Low force - 10% less force and even more flexible than our 27C product. Less loading force than Niti, easier to engage. Never stops applying active unloading force.</div>

<p><h1>Equire Thermo-Active, Preformed Ideal Arches, Rectangular, Arch Form: American Style</h1><table><tr><td>Arch form</td><td>American Style </td></tr><tr><td>Strength category</td><td>super elastic </td></tr><tr><td>Diagonal M.</td><td>0.76 mm</td></tr><tr><td>Material</td><td>thermo-active nickel titanium </td></tr><tr><td>Maxillary/Mandibular</td><td>Maxillary and Mandibular</td></tr><tr><td>A_f</td><td>30 °C/86 °F </td></tr><tr><td>Rev.</td><td>2%</td></tr><tr><td>F_3.0 (1. Deg.)</td><td>9,50 N </td></tr><tr><td>F_2.0 (1. Deg.)</td><td>3,36 N </td></tr><tr><td>F_1.0 (1. Deg.)</td><td>2,78 N </td></tr><tr><td>F_0.5 (1. Deg.)</td><td>2,28 N </td></tr><tr><td>F_3.0 (2. Deg.)</td><td>6,51 N </td></tr><tr><td>F_2.0 (2. Deg.)</td><td>2,31 N </td></tr><tr><td>F_1.0 (2. Deg.)</td><td>1,91 N </td></tr><tr><td>F_0.5 (2. Deg.)</td><td>1,56 N </td></tr></p>

<p><h1>Equire Thermo-Active, Preformed Ideal Arches, Round, Arch Form: American Style</h1><table><tr><td>Arch form</td><td>American Style </td></tr><tr><td>Strength category</td><td>super elastic </td></tr><tr><td>A_f</td><td>30 °C/86 °F </td></tr><tr><td>Maxillary/Mandibular</td><td>Maxillary and Mandibular </td></tr><tr><td>Material</td><td>thermo-active nickel titanium </td></tr><tr><td>Rev.</td><td>2%</td></tr><tr><td>F_3.0 (1. Deg.)</td><td>0,49 N </td></tr><tr><td>F_2.0 (1. Deg.)</td><td>0,33 N </td></tr><tr><td>F_1.0 (1. Deg.)</td><td>0,29 N </td></tr><tr><td>F_0.5 (1. Deg.)</td><td>0,27 N </td></tr><tr><td>F_3.0 (2. Deg.)</td><td>0,49 N </td></tr><tr><td>F_2.0 (2. Deg.)</td><td>0,33 N </td></tr><tr><td>F_1.0 (2. Deg.)</td><td>0,29 N </td></tr><tr><td>F_0.5 (2. Deg.)</td><td>0,27 N </td></tr></p>