PRISM™ MBT .018 UP4/5 -7°T 0°APrism™ composite brackets. Not only are Prism™ composite brackets nearly invisible, but also the special composite formulation from which the device is manufactured produces a bracket that displays a high tensile strength. The result is a strong polyurethane bracket with superior sliding mechanics that are equal to or greater than stainless steel brackets.

PRISM™ MBT .018 UP4/5 HK -7°T 0°APrism™ composite brackets. Not only are Prism™ composite brackets nearly invisible, but also the special composite formulation from which the device is manufactured produces a bracket that displays a high tensile strength. The result is a strong polyurethane bracket with superior sliding mechanics that are equal to or greater than stainless steel brackets.

PRISM™ MBT .018 HK/3 KIT W/CASEPrism™ composite brackets. Not only are Prism™ composite brackets nearly invisible, but also the special composite formulation from which the device is manufactured produces a bracket that displays a high tensile strength. The result is a strong polyurethane bracket with superior sliding mechanics that are equal to or greater than stainless steel brackets.

PRISM™ MBT .022 HK/3 KITPrism™ composite brackets. Not only are Prism™ composite brackets nearly invisible, but also the special composite formulation from which the device is manufactured produces a bracket that displays a high tensile strength. The result is a strong polyurethane bracket with superior sliding mechanics that are equal to or greater than stainless steel brackets.

PRISM™ MBT .022 HK/3 KIT W/CASEPrism™ composite brackets. Not only are Prism™ composite brackets nearly invisible, but also the special composite formulation from which the device is manufactured produces a bracket that displays a high tensile strength. The result is a strong polyurethane bracket with superior sliding mechanics that are equal to or greater than stainless steel brackets.

PRISM™ MBT .018 HK/345 KIT W/CASEPrism™ composite brackets. Not only are Prism™ composite brackets nearly invisible, but also the special composite formulation from which the device is manufactured produces a bracket that displays a high tensile strength. The result is a strong polyurethane bracket with superior sliding mechanics that are equal to or greater than stainless steel brackets.

PRISM™ MBT .022 HK/345 KITPrism™ composite brackets. Not only are Prism™ composite brackets nearly invisible, but also the special composite formulation from which the device is manufactured produces a bracket that displays a high tensile strength. The result is a strong polyurethane bracket with superior sliding mechanics that are equal to or greater than stainless steel brackets.

PRISM™ MBT .022 HK/345 KIT W/CASEPrism™ composite brackets. Not only are Prism™ composite brackets nearly invisible, but also the special composite formulation from which the device is manufactured produces a bracket that displays a high tensile strength. The result is a strong polyurethane bracket with superior sliding mechanics that are equal to or greater than stainless steel brackets.

PRISM™ MBT .018 N/HK W/CASEPrism™ composite brackets. Not only are Prism™ composite brackets nearly invisible, but also the special composite formulation from which the device is manufactured produces a bracket that displays a high tensile strength. The result is a strong polyurethane bracket with superior sliding mechanics that are equal to or greater than stainless steel brackets.

PRISM™ MBT .022 N/HK KIT W/CASEPrism™ composite brackets. Not only are Prism™ composite brackets nearly invisible, but also the special composite formulation from which the device is manufactured produces a bracket that displays a high tensile strength. The result is a strong polyurethane bracket with superior sliding mechanics that are equal to or greater than stainless steel brackets.

PRISM™ EDGEWISE .018 ANT 0°T 0°APrism™ composite brackets. Not only are Prism™ composite brackets nearly invisible, but also the special composite formulation from which the device is manufactured produces a bracket that displays a high tensile strength. The result is a strong polyurethane bracket with superior sliding mechanics that are equal to or greater than stainless steel brackets.

PRISM™ EDGEWISE .022 ANT 0°T 0°APrism™ composite brackets. Not only are Prism™ composite brackets nearly invisible, but also the special composite formulation from which the device is manufactured produces a bracket that displays a high tensile strength. The result is a strong polyurethane bracket with superior sliding mechanics that are equal to or greater than stainless steel brackets.

PRISM™ EDGEWISE .018 BIC 0°T 0°APrism™ composite brackets. Not only are Prism™ composite brackets nearly invisible, but also the special composite formulation from which the device is manufactured produces a bracket that displays a high tensile strength. The result is a strong polyurethane bracket with superior sliding mechanics that are equal to or greater than stainless steel brackets.

PRISM™ EDGEWISE .022 BIC 0°T 0°APrism™ composite brackets. Not only are Prism™ composite brackets nearly invisible, but also the special composite formulation from which the device is manufactured produces a bracket that displays a high tensile strength. The result is a strong polyurethane bracket with superior sliding mechanics that are equal to or greater than stainless steel brackets.

PRISM™ EDGEWISE .018 CENT 0°T 0°APrism™ composite brackets. Not only are Prism™ composite brackets nearly invisible, but also the special composite formulation from which the device is manufactured produces a bracket that displays a high tensile strength. The result is a strong polyurethane bracket with superior sliding mechanics that are equal to or greater than stainless steel brackets.

PRISM™ EDGEWISE .022 CENT 0°T 0°APrism™ composite brackets. Not only are Prism™ composite brackets nearly invisible, but also the special composite formulation from which the device is manufactured produces a bracket that displays a high tensile strength. The result is a strong polyurethane bracket with superior sliding mechanics that are equal to or greater than stainless steel brackets.

PRISM™ EDGEWISE .018 CUSP 0°T 0°APrism™ composite brackets. Not only are Prism™ composite brackets nearly invisible, but also the special composite formulation from which the device is manufactured produces a bracket that displays a high tensile strength. The result is a strong polyurethane bracket with superior sliding mechanics that are equal to or greater than stainless steel brackets.

PRISM™ EDGEWISE .022 CUSP 0°T 0°APrism™ composite brackets. Not only are Prism™ composite brackets nearly invisible, but also the special composite formulation from which the device is manufactured produces a bracket that displays a high tensile strength. The result is a strong polyurethane bracket with superior sliding mechanics that are equal to or greater than stainless steel brackets.

PRISM™ EDGEWISE .018 LAT 0°T 0°APrism™ composite brackets. Not only are Prism™ composite brackets nearly invisible, but also the special composite formulation from which the device is manufactured produces a bracket that displays a high tensile strength. The result is a strong polyurethane bracket with superior sliding mechanics that are equal to or greater than stainless steel brackets.

PRISM™ EDGEWISE .022 LAT 0°T 0°APrism™ composite brackets. Not only are Prism™ composite brackets nearly invisible, but also the special composite formulation from which the device is manufactured produces a bracket that displays a high tensile strength. The result is a strong polyurethane bracket with superior sliding mechanics that are equal to or greater than stainless steel brackets.

PRISM™ EDGEWISE .018 KIT W/CASEPrism™ composite brackets. Not only are Prism™ composite brackets nearly invisible, but also the special composite formulation from which the device is manufactured produces a bracket that displays a high tensile strength. The result is a strong polyurethane bracket with superior sliding mechanics that are equal to or greater than stainless steel brackets.

PRISM™ EDGEWISE .022 KITPrism™ composite brackets. Not only are Prism™ composite brackets nearly invisible, but also the special composite formulation from which the device is manufactured produces a bracket that displays a high tensile strength. The result is a strong polyurethane bracket with superior sliding mechanics that are equal to or greater than stainless steel brackets.

PRISM™ EDGEWISE .022 KIT W/CASEPrism™ composite brackets. Not only are Prism™ composite brackets nearly invisible, but also the special composite formulation from which the device is manufactured produces a bracket that displays a high tensile strength. The result is a strong polyurethane bracket with superior sliding mechanics that are equal to or greater than stainless steel brackets.

CLARION™ ROTH .022 L1/2 0°T 0°AClarion™ ceramic brackets feature a nickel-free silver alloy-lined archwire slot, making them a safe alternative for nickel sensitive patients. The metal slot is precisely integrated into the bracket body, creating a pleasantly aesthetic device that delivers the sliding mechanics of a metal slot. The Clarion™ ceramic bracket system also features a state-of-the art dovetail base design for maximum bonding surface between the bracket and adhesive. Successful bonding and debonding can be achieved using currently available bonding techniques.

CLARION™ ROTH .018 L1/2 0°T 0°AClarion™ ceramic brackets feature a nickel-free silver alloy-lined archwire slot, making them a safe alternative for nickel sensitive patients. The metal slot is precisely integrated into the bracket body, creating a pleasantly aesthetic device that delivers the sliding mechanics of a metal slot. The Clarion™ ceramic bracket system also features a state-of-the art dovetail base design for maximum bonding surface between the bracket and adhesive. Successful bonding and debonding can be achieved using currently available bonding techniques.

CLARION™ ROTH .022 LL3 -11°T +5°AClarion™ ceramic brackets feature a nickel-free silver alloy-lined archwire slot, making them a safe alternative for nickel sensitive patients. The metal slot is precisely integrated into the bracket body, creating a pleasantly aesthetic device that delivers the sliding mechanics of a metal slot. The Clarion™ ceramic bracket system also features a state-of-the art dovetail base design for maximum bonding surface between the bracket and adhesive. Successful bonding and debonding can be achieved using currently available bonding techniques.

CLARION™ ROTH .022 LL3 HK -11°T +5°A +2ºRClarion™ ceramic brackets feature a nickel-free silver alloy-lined archwire slot, making them a safe alternative for nickel sensitive patients. The metal slot is precisely integrated into the bracket body, creating a pleasantly aesthetic device that delivers the sliding mechanics of a metal slot. The Clarion™ ceramic bracket system also features a state-of-the art dovetail base design for maximum bonding surface between the bracket and adhesive. Successful bonding and debonding can be achieved using currently available bonding techniques.

CLARION™ ROTH .022 LR3 -11°T +5°AClarion™ ceramic brackets feature a nickel-free silver alloy-lined archwire slot, making them a safe alternative for nickel sensitive patients. The metal slot is precisely integrated into the bracket body, creating a pleasantly aesthetic device that delivers the sliding mechanics of a metal slot. The Clarion™ ceramic bracket system also features a state-of-the art dovetail base design for maximum bonding surface between the bracket and adhesive. Successful bonding and debonding can be achieved using currently available bonding techniques.

CLARION™ ROTH .022 LR3 HK -11°T +5°A +2ºRClarion™ ceramic brackets feature a nickel-free silver alloy-lined archwire slot, making them a safe alternative for nickel sensitive patients. The metal slot is precisely integrated into the bracket body, creating a pleasantly aesthetic device that delivers the sliding mechanics of a metal slot. The Clarion™ ceramic bracket system also features a state-of-the art dovetail base design for maximum bonding surface between the bracket and adhesive. Successful bonding and debonding can be achieved using currently available bonding techniques.

CLARION™ ROTH .018 LL3 -11°T +5°AClarion™ ceramic brackets feature a nickel-free silver alloy-lined archwire slot, making them a safe alternative for nickel sensitive patients. The metal slot is precisely integrated into the bracket body, creating a pleasantly aesthetic device that delivers the sliding mechanics of a metal slot. The Clarion™ ceramic bracket system also features a state-of-the art dovetail base design for maximum bonding surface between the bracket and adhesive. Successful bonding and debonding can be achieved using currently available bonding techniques.

CLARION™ ROTH .018 LL3 HK -11°T +5°AClarion™ ceramic brackets feature a nickel-free silver alloy-lined archwire slot, making them a safe alternative for nickel sensitive patients. The metal slot is precisely integrated into the bracket body, creating a pleasantly aesthetic device that delivers the sliding mechanics of a metal slot. The Clarion™ ceramic bracket system also features a state-of-the art dovetail base design for maximum bonding surface between the bracket and adhesive. Successful bonding and debonding can be achieved using currently available bonding techniques.

CLARION™ ROTH .018 LR3 -11°T +5°AClarion™ ceramic brackets feature a nickel-free silver alloy-lined archwire slot, making them a safe alternative for nickel sensitive patients. The metal slot is precisely integrated into the bracket body, creating a pleasantly aesthetic device that delivers the sliding mechanics of a metal slot. The Clarion™ ceramic bracket system also features a state-of-the art dovetail base design for maximum bonding surface between the bracket and adhesive. Successful bonding and debonding can be achieved using currently available bonding techniques.

CLARION™ ROTH .018 LR3 HK -11°T +5°AClarion™ ceramic brackets feature a nickel-free silver alloy-lined archwire slot, making them a safe alternative for nickel sensitive patients. The metal slot is precisely integrated into the bracket body, creating a pleasantly aesthetic device that delivers the sliding mechanics of a metal slot. The Clarion™ ceramic bracket system also features a state-of-the art dovetail base design for maximum bonding surface between the bracket and adhesive. Successful bonding and debonding can be achieved using currently available bonding techniques.

CLARION™ ROTH .022 LO4 -17°T 0°AClarion™ ceramic brackets feature a nickel-free silver alloy-lined archwire slot, making them a safe alternative for nickel sensitive patients. The metal slot is precisely integrated into the bracket body, creating a pleasantly aesthetic device that delivers the sliding mechanics of a metal slot. The Clarion™ ceramic bracket system also features a state-of-the art dovetail base design for maximum bonding surface between the bracket and adhesive. Successful bonding and debonding can be achieved using currently available bonding techniques.

CLARION™ ROTH .022 LO4 HK -17°T 0°AClarion™ ceramic brackets feature a nickel-free silver alloy-lined archwire slot, making them a safe alternative for nickel sensitive patients. The metal slot is precisely integrated into the bracket body, creating a pleasantly aesthetic device that delivers the sliding mechanics of a metal slot. The Clarion™ ceramic bracket system also features a state-of-the art dovetail base design for maximum bonding surface between the bracket and adhesive. Successful bonding and debonding can be achieved using currently available bonding techniques.

CLARION™ ROTH .018 LO4 -17°T 0°AClarion™ ceramic brackets feature a nickel-free silver alloy-lined archwire slot, making them a safe alternative for nickel sensitive patients. The metal slot is precisely integrated into the bracket body, creating a pleasantly aesthetic device that delivers the sliding mechanics of a metal slot. The Clarion™ ceramic bracket system also features a state-of-the art dovetail base design for maximum bonding surface between the bracket and adhesive. Successful bonding and debonding can be achieved using currently available bonding techniques.

CLARION™ ROTH .018 LO4 HK -17°T 0°AClarion™ ceramic brackets feature a nickel-free silver alloy-lined archwire slot, making them a safe alternative for nickel sensitive patients. The metal slot is precisely integrated into the bracket body, creating a pleasantly aesthetic device that delivers the sliding mechanics of a metal slot. The Clarion™ ceramic bracket system also features a state-of-the art dovetail base design for maximum bonding surface between the bracket and adhesive. Successful bonding and debonding can be achieved using currently available bonding techniques.

CLARION™ ROTH .022 LO5 -22°T 0°AClarion™ ceramic brackets feature a nickel-free silver alloy-lined archwire slot, making them a safe alternative for nickel sensitive patients. The metal slot is precisely integrated into the bracket body, creating a pleasantly aesthetic device that delivers the sliding mechanics of a metal slot. The Clarion™ ceramic bracket system also features a state-of-the art dovetail base design for maximum bonding surface between the bracket and adhesive. Successful bonding and debonding can be achieved using currently available bonding techniques.

CLARION™ ROTH .022 LO5 HK -22°T 0°AClarion™ ceramic brackets feature a nickel-free silver alloy-lined archwire slot, making them a safe alternative for nickel sensitive patients. The metal slot is precisely integrated into the bracket body, creating a pleasantly aesthetic device that delivers the sliding mechanics of a metal slot. The Clarion™ ceramic bracket system also features a state-of-the art dovetail base design for maximum bonding surface between the bracket and adhesive. Successful bonding and debonding can be achieved using currently available bonding techniques.

CLARION™ ROTH .018 LO5 -22°T 0°AClarion™ ceramic brackets feature a nickel-free silver alloy-lined archwire slot, making them a safe alternative for nickel sensitive patients. The metal slot is precisely integrated into the bracket body, creating a pleasantly aesthetic device that delivers the sliding mechanics of a metal slot. The Clarion™ ceramic bracket system also features a state-of-the art dovetail base design for maximum bonding surface between the bracket and adhesive. Successful bonding and debonding can be achieved using currently available bonding techniques.

CLARION™ ROTH .018 LO5 HK -22°T 0°AClarion™ ceramic brackets feature a nickel-free silver alloy-lined archwire slot, making them a safe alternative for nickel sensitive patients. The metal slot is precisely integrated into the bracket body, creating a pleasantly aesthetic device that delivers the sliding mechanics of a metal slot. The Clarion™ ceramic bracket system also features a state-of-the art dovetail base design for maximum bonding surface between the bracket and adhesive. Successful bonding and debonding can be achieved using currently available bonding techniques.

CLARION™ ROTH .022 UL1 +12°T +5°AClarion™ ceramic brackets feature a nickel-free silver alloy-lined archwire slot, making them a safe alternative for nickel sensitive patients. The metal slot is precisely integrated into the bracket body, creating a pleasantly aesthetic device that delivers the sliding mechanics of a metal slot. The Clarion™ ceramic bracket system also features a state-of-the art dovetail base design for maximum bonding surface between the bracket and adhesive. Successful bonding and debonding can be achieved using currently available bonding techniques.

CLARION™ ROTH .022 UR1 +12°T +5°AClarion™ ceramic brackets feature a nickel-free silver alloy-lined archwire slot, making them a safe alternative for nickel sensitive patients. The metal slot is precisely integrated into the bracket body, creating a pleasantly aesthetic device that delivers the sliding mechanics of a metal slot. The Clarion™ ceramic bracket system also features a state-of-the art dovetail base design for maximum bonding surface between the bracket and adhesive. Successful bonding and debonding can be achieved using currently available bonding techniques.

CLARION™ ROTH .018 UL1 +12°T +5°AClarion™ ceramic brackets feature a nickel-free silver alloy-lined archwire slot, making them a safe alternative for nickel sensitive patients. The metal slot is precisely integrated into the bracket body, creating a pleasantly aesthetic device that delivers the sliding mechanics of a metal slot. The Clarion™ ceramic bracket system also features a state-of-the art dovetail base design for maximum bonding surface between the bracket and adhesive. Successful bonding and debonding can be achieved using currently available bonding techniques.

CLARION™ ROTH .018 UR1 +12°T +5°AClarion™ ceramic brackets feature a nickel-free silver alloy-lined archwire slot, making them a safe alternative for nickel sensitive patients. The metal slot is precisely integrated into the bracket body, creating a pleasantly aesthetic device that delivers the sliding mechanics of a metal slot. The Clarion™ ceramic bracket system also features a state-of-the art dovetail base design for maximum bonding surface between the bracket and adhesive. Successful bonding and debonding can be achieved using currently available bonding techniques.

CLARION™ ROTH .022 UL2 +8°T +9°AClarion™ ceramic brackets feature a nickel-free silver alloy-lined archwire slot, making them a safe alternative for nickel sensitive patients. The metal slot is precisely integrated into the bracket body, creating a pleasantly aesthetic device that delivers the sliding mechanics of a metal slot. The Clarion™ ceramic bracket system also features a state-of-the art dovetail base design for maximum bonding surface between the bracket and adhesive. Successful bonding and debonding can be achieved using currently available bonding techniques.

CLARION™ ROTH .022 UR2 +8°T +9°AClarion™ ceramic brackets feature a nickel-free silver alloy-lined archwire slot, making them a safe alternative for nickel sensitive patients. The metal slot is precisely integrated into the bracket body, creating a pleasantly aesthetic device that delivers the sliding mechanics of a metal slot. The Clarion™ ceramic bracket system also features a state-of-the art dovetail base design for maximum bonding surface between the bracket and adhesive. Successful bonding and debonding can be achieved using currently available bonding techniques.

CLARION™ ROTH .018 UL2 +8°T +9°AClarion™ ceramic brackets feature a nickel-free silver alloy-lined archwire slot, making them a safe alternative for nickel sensitive patients. The metal slot is precisely integrated into the bracket body, creating a pleasantly aesthetic device that delivers the sliding mechanics of a metal slot. The Clarion™ ceramic bracket system also features a state-of-the art dovetail base design for maximum bonding surface between the bracket and adhesive. Successful bonding and debonding can be achieved using currently available bonding techniques.

CLARION™ ROTH .018 UR2 +8°T +9°AClarion™ ceramic brackets feature a nickel-free silver alloy-lined archwire slot, making them a safe alternative for nickel sensitive patients. The metal slot is precisely integrated into the bracket body, creating a pleasantly aesthetic device that delivers the sliding mechanics of a metal slot. The Clarion™ ceramic bracket system also features a state-of-the art dovetail base design for maximum bonding surface between the bracket and adhesive. Successful bonding and debonding can be achieved using currently available bonding techniques.

CLARION™ ROTH .022 UL3 0°T +11°AClarion™ ceramic brackets feature a nickel-free silver alloy-lined archwire slot, making them a safe alternative for nickel sensitive patients. The metal slot is precisely integrated into the bracket body, creating a pleasantly aesthetic device that delivers the sliding mechanics of a metal slot. The Clarion™ ceramic bracket system also features a state-of-the art dovetail base design for maximum bonding surface between the bracket and adhesive. Successful bonding and debonding can be achieved using currently available bonding techniques.