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14R2TIPM-01
UR 1ST BICUSPID BAND TIP M SZ-1 |
| This is a welding variation to be used in second bicuspid extraction cases. The bracket is welded to the band with 4 degrees angulation to force the root distal into the extraction space, compensating for unwanted tipping. Adding this mesial crown tip could increase the amount of class II during the alignment and wire progression stage as the crown can be expected to move mesial instead of the desired distal root movement. Tie-back of the crown 4-6 or 4-7 can be used to prevent the mesial crown movement, resulting in the desired distal root movement. A cinchback of stainless steel wires can also be used to prevent the anterior advancement during wire progression, but cinching back nickel-titanium archwires is ineffective for this purpose. Bands may also be preferred when porcelain or gold crowns must be bracketed. |
| *You must be a registered customer to view pricing* |
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14R2TIPM-02
UR 1ST BICUSPID BAND TIP M SZ-2 |
| This is a welding variation to be used in second bicuspid extraction cases. The bracket is welded to the band with 4 degrees angulation to force the root distal into the extraction space, compensating for unwanted tipping. Adding this mesial crown tip could increase the amount of class II during the alignment and wire progression stage as the crown can be expected to move mesial instead of the desired distal root movement. Tie-back of the crown 4-6 or 4-7 can be used to prevent the mesial crown movement, resulting in the desired distal root movement. A cinchback of stainless steel wires can also be used to prevent the anterior advancement during wire progression, but cinching back nickel-titanium archwires is ineffective for this purpose. Bands may also be preferred when porcelain or gold crowns must be bracketed. |
| *You must be a registered customer to view pricing* |
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14R2TIPM-03
UR 1ST BICUSPID BAND TIP M SZ-3 |
| This is a welding variation to be used in second bicuspid extraction cases. The bracket is welded to the band with 4 degrees angulation to force the root distal into the extraction space, compensating for unwanted tipping. Adding this mesial crown tip could increase the amount of class II during the alignment and wire progression stage as the crown can be expected to move mesial instead of the desired distal root movement. Tie-back of the crown 4-6 or 4-7 can be used to prevent the mesial crown movement, resulting in the desired distal root movement. A cinchback of stainless steel wires can also be used to prevent the anterior advancement during wire progression, but cinching back nickel-titanium archwires is ineffective for this purpose. Bands may also be preferred when porcelain or gold crowns must be bracketed. |
| *You must be a registered customer to view pricing* |
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14R2TIPM-04
UR 1ST BICUSPID BAND TIP M SZ-4 |
| This is a welding variation to be used in second bicuspid extraction cases. The bracket is welded to the band with 4 degrees angulation to force the root distal into the extraction space, compensating for unwanted tipping. Adding this mesial crown tip could increase the amount of class II during the alignment and wire progression stage as the crown can be expected to move mesial instead of the desired distal root movement. Tie-back of the crown 4-6 or 4-7 can be used to prevent the mesial crown movement, resulting in the desired distal root movement. A cinchback of stainless steel wires can also be used to prevent the anterior advancement during wire progression, but cinching back nickel-titanium archwires is ineffective for this purpose. Bands may also be preferred when porcelain or gold crowns must be bracketed. |
| *You must be a registered customer to view pricing* |
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14R2TIPM-05
UR 1ST BICUSPID BAND TIP M SZ-5 |
| This is a welding variation to be used in second bicuspid extraction cases. The bracket is welded to the band with 4 degrees angulation to force the root distal into the extraction space, compensating for unwanted tipping. Adding this mesial crown tip could increase the amount of class II during the alignment and wire progression stage as the crown can be expected to move mesial instead of the desired distal root movement. Tie-back of the crown 4-6 or 4-7 can be used to prevent the mesial crown movement, resulting in the desired distal root movement. A cinchback of stainless steel wires can also be used to prevent the anterior advancement during wire progression, but cinching back nickel-titanium archwires is ineffective for this purpose. Bands may also be preferred when porcelain or gold crowns must be bracketed. |
| *You must be a registered customer to view pricing* |
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14R2TIPM-06
UR 1ST BICUSPID BANDTIP M SZ-6 |
| This is a welding variation to be used in second bicuspid extraction cases. The bracket is welded to the band with 4 degrees angulation to force the root distal into the extraction space, compensating for unwanted tipping. Adding this mesial crown tip could increase the amount of class II during the alignment and wire progression stage as the crown can be expected to move mesial instead of the desired distal root movement. Tie-back of the crown 4-6 or 4-7 can be used to prevent the mesial crown movement, resulting in the desired distal root movement. A cinchback of stainless steel wires can also be used to prevent the anterior advancement during wire progression, but cinching back nickel-titanium archwires is ineffective for this purpose. Bands may also be preferred when porcelain or gold crowns must be bracketed. |
| *You must be a registered customer to view pricing* |
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14R2TIPM-07
UR 1ST BICUSPID BAND TIP M SZ-7 |
| This is a welding variation to be used in second bicuspid extraction cases. The bracket is welded to the band with 4 degrees angulation to force the root distal into the extraction space, compensating for unwanted tipping. Adding this mesial crown tip could increase the amount of class II during the alignment and wire progression stage as the crown can be expected to move mesial instead of the desired distal root movement. Tie-back of the crown 4-6 or 4-7 can be used to prevent the mesial crown movement, resulting in the desired distal root movement. A cinchback of stainless steel wires can also be used to prevent the anterior advancement during wire progression, but cinching back nickel-titanium archwires is ineffective for this purpose. Bands may also be preferred when porcelain or gold crowns must be bracketed. |
| *You must be a registered customer to view pricing* |
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14R2TIPM-08
UR 1ST BICUSPID BAND TIP M SZ-8 |
| This is a welding variation to be used in second bicuspid extraction cases. The bracket is welded to the band with 4 degrees angulation to force the root distal into the extraction space, compensating for unwanted tipping. Adding this mesial crown tip could increase the amount of class II during the alignment and wire progression stage as the crown can be expected to move mesial instead of the desired distal root movement. Tie-back of the crown 4-6 or 4-7 can be used to prevent the mesial crown movement, resulting in the desired distal root movement. A cinchback of stainless steel wires can also be used to prevent the anterior advancement during wire progression, but cinching back nickel-titanium archwires is ineffective for this purpose. Bands may also be preferred when porcelain or gold crowns must be bracketed. |
| *You must be a registered customer to view pricing* |
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14R2TIPM-09
UR 1ST BICUSPID BAND TIP M SZ-9 |
| This is a welding variation to be used in second bicuspid extraction cases. The bracket is welded to the band with 4 degrees angulation to force the root distal into the extraction space, compensating for unwanted tipping. Adding this mesial crown tip could increase the amount of class II during the alignment and wire progression stage as the crown can be expected to move mesial instead of the desired distal root movement. Tie-back of the crown 4-6 or 4-7 can be used to prevent the mesial crown movement, resulting in the desired distal root movement. A cinchback of stainless steel wires can also be used to prevent the anterior advancement during wire progression, but cinching back nickel-titanium archwires is ineffective for this purpose. Bands may also be preferred when porcelain or gold crowns must be bracketed. |
| *You must be a registered customer to view pricing* |
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14R2TIPM-10
UR 1ST BICUSPID BAND TIP M SZ-10 |
| This is a welding variation to be used in second bicuspid extraction cases. The bracket is welded to the band with 4 degrees angulation to force the root distal into the extraction space, compensating for unwanted tipping. Adding this mesial crown tip could increase the amount of class II during the alignment and wire progression stage as the crown can be expected to move mesial instead of the desired distal root movement. Tie-back of the crown 4-6 or 4-7 can be used to prevent the mesial crown movement, resulting in the desired distal root movement. A cinchback of stainless steel wires can also be used to prevent the anterior advancement during wire progression, but cinching back nickel-titanium archwires is ineffective for this purpose. Bands may also be preferred when porcelain or gold crowns must be bracketed. |
| *You must be a registered customer to view pricing* |
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14R2TIPM-11
UR 1ST BICUSPID BAND TIP M SZ-11 |
| This is a welding variation to be used in second bicuspid extraction cases. The bracket is welded to the band with 4 degrees angulation to force the root distal into the extraction space, compensating for unwanted tipping. Adding this mesial crown tip could increase the amount of class II during the alignment and wire progression stage as the crown can be expected to move mesial instead of the desired distal root movement. Tie-back of the crown 4-6 or 4-7 can be used to prevent the mesial crown movement, resulting in the desired distal root movement. A cinchback of stainless steel wires can also be used to prevent the anterior advancement during wire progression, but cinching back nickel-titanium archwires is ineffective for this purpose. Bands may also be preferred when porcelain or gold crowns must be bracketed. |
| *You must be a registered customer to view pricing* |
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14R2TIPM-12
UR 1ST BICUSPID BAND TIP M SZ-12 |
| This is a welding variation to be used in second bicuspid extraction cases. The bracket is welded to the band with 4 degrees angulation to force the root distal into the extraction space, compensating for unwanted tipping. Adding this mesial crown tip could increase the amount of class II during the alignment and wire progression stage as the crown can be expected to move mesial instead of the desired distal root movement. Tie-back of the crown 4-6 or 4-7 can be used to prevent the mesial crown movement, resulting in the desired distal root movement. A cinchback of stainless steel wires can also be used to prevent the anterior advancement during wire progression, but cinching back nickel-titanium archwires is ineffective for this purpose. Bands may also be preferred when porcelain or gold crowns must be bracketed. |
| *You must be a registered customer to view pricing* |
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14R2TIPM-13
UR 1ST BICUSPID BAND TIP M SZ-13 |
| This is a welding variation to be used in second bicuspid extraction cases. The bracket is welded to the band with 4 degrees angulation to force the root distal into the extraction space, compensating for unwanted tipping. Adding this mesial crown tip could increase the amount of class II during the alignment and wire progression stage as the crown can be expected to move mesial instead of the desired distal root movement. Tie-back of the crown 4-6 or 4-7 can be used to prevent the mesial crown movement, resulting in the desired distal root movement. A cinchback of stainless steel wires can also be used to prevent the anterior advancement during wire progression, but cinching back nickel-titanium archwires is ineffective for this purpose. Bands may also be preferred when porcelain or gold crowns must be bracketed. |
| *You must be a registered customer to view pricing* |
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14R2TIPM-14
UR 1ST BICUSPID BAND TIP M SZ-14 |
| This is a welding variation to be used in second bicuspid extraction cases. The bracket is welded to the band with 4 degrees angulation to force the root distal into the extraction space, compensating for unwanted tipping. Adding this mesial crown tip could increase the amount of class II during the alignment and wire progression stage as the crown can be expected to move mesial instead of the desired distal root movement. Tie-back of the crown 4-6 or 4-7 can be used to prevent the mesial crown movement, resulting in the desired distal root movement. A cinchback of stainless steel wires can also be used to prevent the anterior advancement during wire progression, but cinching back nickel-titanium archwires is ineffective for this purpose. Bands may also be preferred when porcelain or gold crowns must be bracketed. |
| *You must be a registered customer to view pricing* |
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14R2TIPM-15
UR 1ST BICUSPID BAND TIP M SZ-15 |
| This is a welding variation to be used in second bicuspid extraction cases. The bracket is welded to the band with 4 degrees angulation to force the root distal into the extraction space, compensating for unwanted tipping. Adding this mesial crown tip could increase the amount of class II during the alignment and wire progression stage as the crown can be expected to move mesial instead of the desired distal root movement. Tie-back of the crown 4-6 or 4-7 can be used to prevent the mesial crown movement, resulting in the desired distal root movement. A cinchback of stainless steel wires can also be used to prevent the anterior advancement during wire progression, but cinching back nickel-titanium archwires is ineffective for this purpose. Bands may also be preferred when porcelain or gold crowns must be bracketed. |
| *You must be a registered customer to view pricing* |
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14R2TIPM-16
UR 1ST BICUSPID BAND TIP M SZ-16 |
| This is a welding variation to be used in second bicuspid extraction cases. The bracket is welded to the band with 4 degrees angulation to force the root distal into the extraction space, compensating for unwanted tipping. Adding this mesial crown tip could increase the amount of class II during the alignment and wire progression stage as the crown can be expected to move mesial instead of the desired distal root movement. Tie-back of the crown 4-6 or 4-7 can be used to prevent the mesial crown movement, resulting in the desired distal root movement. A cinchback of stainless steel wires can also be used to prevent the anterior advancement during wire progression, but cinching back nickel-titanium archwires is ineffective for this purpose. Bands may also be preferred when porcelain or gold crowns must be bracketed. |
| *You must be a registered customer to view pricing* |
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14R2TIPM-17
UR 1ST BICUSPID BAND TIP M SZ-17 |
| This is a welding variation to be used in second bicuspid extraction cases. The bracket is welded to the band with 4 degrees angulation to force the root distal into the extraction space, compensating for unwanted tipping. Adding this mesial crown tip could increase the amount of class II during the alignment and wire progression stage as the crown can be expected to move mesial instead of the desired distal root movement. Tie-back of the crown 4-6 or 4-7 can be used to prevent the mesial crown movement, resulting in the desired distal root movement. A cinchback of stainless steel wires can also be used to prevent the anterior advancement during wire progression, but cinching back nickel-titanium archwires is ineffective for this purpose. Bands may also be preferred when porcelain or gold crowns must be bracketed. |
| *You must be a registered customer to view pricing* |
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14R2TIPM-18
UR 1ST BICUSPID BAND TIP M SZ-18 |
| This is a welding variation to be used in second bicuspid extraction cases. The bracket is welded to the band with 4 degrees angulation to force the root distal into the extraction space, compensating for unwanted tipping. Adding this mesial crown tip could increase the amount of class II during the alignment and wire progression stage as the crown can be expected to move mesial instead of the desired distal root movement. Tie-back of the crown 4-6 or 4-7 can be used to prevent the mesial crown movement, resulting in the desired distal root movement. A cinchback of stainless steel wires can also be used to prevent the anterior advancement during wire progression, but cinching back nickel-titanium archwires is ineffective for this purpose. Bands may also be preferred when porcelain or gold crowns must be bracketed. |
| *You must be a registered customer to view pricing* |
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14R2TIPM-19
UR 1ST BICUSPID BAND TIP M SZ-19 |
| This is a welding variation to be used in second bicuspid extraction cases. The bracket is welded to the band with 4 degrees angulation to force the root distal into the extraction space, compensating for unwanted tipping. Adding this mesial crown tip could increase the amount of class II during the alignment and wire progression stage as the crown can be expected to move mesial instead of the desired distal root movement. Tie-back of the crown 4-6 or 4-7 can be used to prevent the mesial crown movement, resulting in the desired distal root movement. A cinchback of stainless steel wires can also be used to prevent the anterior advancement during wire progression, but cinching back nickel-titanium archwires is ineffective for this purpose. Bands may also be preferred when porcelain or gold crowns must be bracketed. |
| *You must be a registered customer to view pricing* |
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14R2TIPM-20
UR 1ST BICUSPID BAND TIP M SZ-20 |
| This is a welding variation to be used in second bicuspid extraction cases. The bracket is welded to the band with 4 degrees angulation to force the root distal into the extraction space, compensating for unwanted tipping. Adding this mesial crown tip could increase the amount of class II during the alignment and wire progression stage as the crown can be expected to move mesial instead of the desired distal root movement. Tie-back of the crown 4-6 or 4-7 can be used to prevent the mesial crown movement, resulting in the desired distal root movement. A cinchback of stainless steel wires can also be used to prevent the anterior advancement during wire progression, but cinching back nickel-titanium archwires is ineffective for this purpose. Bands may also be preferred when porcelain or gold crowns must be bracketed. |
| *You must be a registered customer to view pricing* |
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