Custom-designed temporary anchorage devices (TADs) — distalization, mesialization, expansion, intrusion. Designed by orthodontists for accurate surgical placement and simple chairside activation.
An anchorage device's success rests on three pillars: a biomechanically validated insertion site, a geometry adapted to the desired movement, and an activation protocol simple to execute at the chair.
Expand, mesialize, distalize, release an impacted canine, intrude a segment or guide infra-zygomatic insertion — we design the device tailored to your prescription.
Hybrid palatal expander combining dental and bone anchorage via mini-screws. Custom insertion guide included.
Fully bone-borne palatal expander on two or four mini-screws. Ideal for adult patients. Insertion guide included.
Molar mesialization or distalization device with skeletal anchorage on palatal mini-screws. Insertion guide included.
Impacted canine traction device with indirect TADs anchorage. Controlled, reproducible traction trajectory.
Palatal molar intrusion appliance on mini-screws. Indicated in open-bite correction via posterior intrusion.
Custom surgical guide for TADs insertion in the infra-zygomatic crest. Optimal precision and safety.
Your appliances can carry custom auxiliaries, designed and integrated directly into the metallic framework during modeling. No separate bands or lab soldering required.
For vestibular or lingual archwire passage — direct multi-band integration into the framework, no lab soldering.
Retention arms or support surfaces compatible with all current aligner systems — thermoformed or direct-print.
For intermaxillary or class elastics placement — clinical positioning defined on the scan.
Integrated Nance button to reinforce anterior anchorage when the clinical prescription requires it.
Each device follows a secure workflow — 3D imaging, surgical validation, print-ready files — ensuring placement safety and predictability.
Upload intra-oral scans, CBCT and prescription on Sunday Studio. The team analyzes the anatomy, possible insertion sites and biomechanical needs.
Our team designs the device and its insertion guide: geometry of the active piece, force vectors, TADs position validated on CBCT.
Final delivery: STL files for the device and surgical guide, activation protocol and clinical instructions for chairside placement.
Surgical TADs placement is a precise gesture. We remain available to secure every step — from the choice of insertion site to clinical activation.
A question, a doubt, an adjustment? We reply quickly — directly with the orthodontist following your case.
Need to discuss a case? We take the time with you, by video or phone, whenever you need it.
Send us a case — scans, CBCT, prescription — and we'll deliver a custom device, ready to print.
Submit a case→