Precision Stability
Anchor with Confidence
Temporary Anchorage Devices (TAD)
Temporary Anchorage Devices (TADs) are small, biocompatible titanium screws used in orthodontics to provide stable anchorage points for controlled tooth movement. Unlike traditional methods that rely on teeth for anchorage, TADs are placed directly into the bone, offering superior precision and efficiency for complex orthodontic cases.
Temporary Anchorage Devices (TADs) are small, biocompatible titanium screws used in orthodontics to provide stable anchorage points for controlled tooth movement. Unlike traditional methods that rely on teeth for anchorage, TADs are placed directly into the bone, offering superior precision and efficiency for complex orthodontic cases.
Temporary Anchorage Devices (TAD)
At our orthodontic laboratory, we specialize in designing custom TAD-based appliances tailored to meet specific treatment goals, including molar intrusion, en-masse retraction, midline correction, and open bite closure. Our appliances are engineered for optimal fit and durability, supporting both direct and indirect anchorage techniques. By integrating cutting-edge digital workflows and precise manufacturing standards, we help clinicians achieve predictable outcomes and reduce treatment time—all while enhancing patient comfort.
At our orthodontic laboratory, we specialize in designing custom TAD-based appliances tailored to meet specific treatment goals, including molar intrusion, en-masse retraction, midline correction, and open bite closure. Our appliances are engineered for optimal fit and durability, supporting both direct and indirect anchorage techniques. By integrating cutting-edge digital workflows and precise manufacturing standards, we help clinicians achieve predictable outcomes and reduce treatment time—all while enhancing patient comfort.
Below are just a few examples of the products we offer. We have a wide range of appliances and solutions available—please get in touch with us for more information or specific enquiries.
Below are just a few examples of the products we offer. We have a wide range of appliances and solutions available—please get in touch with us for more information or specific enquiries.
Temporary Anchorage Devices
2-pin MARPE with RPHG Hooks
This appliance combines a two-pin Miniscrew-Assisted Rapid Palatal Expander (MARPE) with an RPHG (Reverse Pull Headgear) hooks, allowing simultaneous skeletal maxillary expansion and protraction. It provides effective transverse correction and orthopedic support for treating maxillary deficiency in adolescent and young adult patients.
Temporary Anchorage Devices
2-pin MARPE with RPHG Hooks
This appliance combines a two-pin Miniscrew-Assisted Rapid Palatal Expander (MARPE) with an RPHG (Reverse Pull Headgear) hooks, allowing simultaneous skeletal maxillary expansion and protraction. It provides effective transverse correction and orthopedic support for treating maxillary deficiency in adolescent and young adult patients.
Temporary Anchorage Devices
2-pin MARPE with RPHG Hooks
This appliance combines a two-pin Miniscrew-Assisted Rapid Palatal Expander (MARPE) with an RPHG (Reverse Pull Headgear) hooks, allowing simultaneous skeletal maxillary expansion and protraction. It provides effective transverse correction and orthopedic support for treating maxillary deficiency in adolescent and young adult patients.
Temporary Anchorage Devices
Advanced Molar Distalization Appliance (AMDA)
The AMDA facilitates precise molar movement, enabling both distalization and mesialization to address malocclusions or create arch space. It delivers controlled forces with stable anchorage to ensure efficient, targeted tooth repositioning while minimizing unwanted tooth movement.
Temporary Anchorage Devices
Advanced Molar Distalization Appliance (AMDA)
The AMDA facilitates precise molar movement, enabling both distalization and mesialization to address malocclusions or create arch space. It delivers controlled forces with stable anchorage to ensure efficient, targeted tooth repositioning while minimizing unwanted tooth movement.
Temporary Anchorage Devices
Advanced Molar Distalization Appliance (AMDA)
The AMDA facilitates precise molar movement, enabling both distalization and mesialization to address malocclusions or create arch space. It delivers controlled forces with stable anchorage to ensure efficient, targeted tooth repositioning while minimizing unwanted tooth movement.
Temporary Anchorage Devices
Beneslider - Distal Jet
The Beneslider and Distal Jet appliances are designed for molar distalization to correct Class II malocclusions and create space in the upper arch. Both use intraoral mechanics with reliable anchorage to deliver controlled, efficient posterior tooth movement without the need for patient compliance.
Temporary Anchorage Devices
Beneslider - Distal Jet
The Beneslider and Distal Jet appliances are designed for molar distalization to correct Class II malocclusions and create space in the upper arch. Both use intraoral mechanics with reliable anchorage to deliver controlled, efficient posterior tooth movement without the need for patient compliance.
Temporary Anchorage Devices
Beneslider - Distal Jet
The Beneslider and Distal Jet appliances are designed for molar distalization to correct Class II malocclusions and create space in the upper arch. Both use intraoral mechanics with reliable anchorage to deliver controlled, efficient posterior tooth movement without the need for patient compliance.
Temporary Anchorage Devices
Beneslider - Mouse Trap
The Beneslider with Mouse Trap appliance integrates skeletal anchorage with a unique distalization mechanism to move molars efficiently. Designed to reduce reliance on patient compliance, it offers precise control over molar movement for effective Class II correction and space management.
Temporary Anchorage Devices
Beneslider - Mouse Trap
The Beneslider with Mouse Trap appliance integrates skeletal anchorage with a unique distalization mechanism to move molars efficiently. Designed to reduce reliance on patient compliance, it offers precise control over molar movement for effective Class II correction and space management.
Temporary Anchorage Devices
Beneslider - Mouse Trap
The Beneslider with Mouse Trap appliance integrates skeletal anchorage with a unique distalization mechanism to move molars efficiently. Designed to reduce reliance on patient compliance, it offers precise control over molar movement for effective Class II correction and space management.
Temporary Anchorage Devices
Beneslider - Nance
The Beneslider combined with a Nance appliance provides stable anchorage for molar distalization while maintaining transverse arch control. This combination allows precise posterior tooth movement with added support from the acrylic Nance button, enhancing treatment effectiveness in Class II correction.
Temporary Anchorage Devices
Beneslider - Nance
The Beneslider combined with a Nance appliance provides stable anchorage for molar distalization while maintaining transverse arch control. This combination allows precise posterior tooth movement with added support from the acrylic Nance button, enhancing treatment effectiveness in Class II correction.
Temporary Anchorage Devices
Beneslider - Nance
The Beneslider combined with a Nance appliance provides stable anchorage for molar distalization while maintaining transverse arch control. This combination allows precise posterior tooth movement with added support from the acrylic Nance button, enhancing treatment effectiveness in Class II correction.
Temporary Anchorage Devices
Beneslider - Pendulum
The Beneslider paired with a Pendulum appliance combines skeletal anchorage and intraoral mechanics to achieve controlled molar distalization. This system delivers effective posterior tooth movement with minimal patient compliance, while maintaining arch stability and reducing unwanted tooth movement.
Temporary Anchorage Devices
Beneslider - Pendulum
The Beneslider paired with a Pendulum appliance combines skeletal anchorage and intraoral mechanics to achieve controlled molar distalization. This system delivers effective posterior tooth movement with minimal patient compliance, while maintaining arch stability and reducing unwanted tooth movement.
Temporary Anchorage Devices
Beneslider - Pendulum
The Beneslider paired with a Pendulum appliance combines skeletal anchorage and intraoral mechanics to achieve controlled molar distalization. This system delivers effective posterior tooth movement with minimal patient compliance, while maintaining arch stability and reducing unwanted tooth movement.
Temporary Anchorage Devices
Beneslider with bite plane
This appliance combines the Beneslider molar distalizer with an integrated bite plane to assist in correcting deep bites while moving molars distally. It offers effective simultaneous management of molar position and vertical bite control for comprehensive orthodontic treatment.
Temporary Anchorage Devices
Beneslider with bite plane
This appliance combines the Beneslider molar distalizer with an integrated bite plane to assist in correcting deep bites while moving molars distally. It offers effective simultaneous management of molar position and vertical bite control for comprehensive orthodontic treatment.
Temporary Anchorage Devices
Beneslider with bite plane
This appliance combines the Beneslider molar distalizer with an integrated bite plane to assist in correcting deep bites while moving molars distally. It offers effective simultaneous management of molar position and vertical bite control for comprehensive orthodontic treatment.
Temporary Anchorage Devices
Beneslider - Hybird Hyrax
The Beneslider combined with a Hybrid Hyrax appliance integrates skeletal anchorage and maxillary expansion. This combination enables simultaneous molar distalization and transverse arch widening, offering efficient correction for complex maxillary constriction and Class II cases.
Temporary Anchorage Devices
Beneslider - Hybird Hyrax
The Beneslider combined with a Hybrid Hyrax appliance integrates skeletal anchorage and maxillary expansion. This combination enables simultaneous molar distalization and transverse arch widening, offering efficient correction for complex maxillary constriction and Class II cases.
Temporary Anchorage Devices
Beneslider - Hybird Hyrax
The Beneslider combined with a Hybrid Hyrax appliance integrates skeletal anchorage and maxillary expansion. This combination enables simultaneous molar distalization and transverse arch widening, offering efficient correction for complex maxillary constriction and Class II cases.
TAD Surgical Guide
TAD Surgical Guide
A TAD Surgical Guide is a precise, custom-designed template used during the placement of Temporary Anchorage Devices (TADs). It ensures accurate positioning and angulation of miniscrews, improving safety and treatment predictability in orthodontic procedures.
TAD Surgical Guide
TAD Surgical Guide
A TAD Surgical Guide is a precise, custom-designed template used during the placement of Temporary Anchorage Devices (TADs). It ensures accurate positioning and angulation of miniscrews, improving safety and treatment predictability in orthodontic procedures.
TAD Surgical Guide
TAD Surgical Guide
A TAD Surgical Guide is a precise, custom-designed template used during the placement of Temporary Anchorage Devices (TADs). It ensures accurate positioning and angulation of miniscrews, improving safety and treatment predictability in orthodontic procedures.
Partner with Us
Ready to Take Orthodontic
to the Next Level?
Speak with our expert team and discover how advanced lab solutions can enhance your workflow, precision, and patient outcomes. Let’s shape the future of orthodontics—together.
Partner with Us
Ready to Take Orthodontic
to the Next Level?
Speak with our expert team and discover how advanced lab solutions can enhance your workflow, precision, and patient outcomes. Let’s shape the future of orthodontics—together.
Partner with Us
Ready to Take Orthodontic
to the Next Level?
Speak with our expert team and discover how advanced lab solutions can enhance your workflow, precision, and patient outcomes. Let’s shape the future of orthodontics—together.