The corporate showcased upcoming additions to the Invisalign system, together with new attachment techniques, built-in buttons, and a palatal expander replace.
Align Know-how shared highlights from its 2026 Invisalign EMEA Ortho Summit, held Might 14 to 16 in Barcelona, Spain, which gathered roughly 400 orthodontists and dental professionals. The occasion targeted on next-generation digital applied sciences designed to deal with advanced scientific indications and enhance remedy precision and follow effectivity.
“By bringing collectively Align built-in digital options and real-world scientific insights, the Invisalign EMEA Ortho Summit introduced the area collectively, and offered a chance to collaborate with consultants, develop scientific confidence, and share our newest improvements,” says David Carr, govt vp and managing director, EMEA at Align Know-how, in a launch.
Upcoming Invisalign Improvements
The summit featured an Innovation Hub that previewed a number of options anticipated by mid-2026, lots of which Align not too long ago launched on the American Affiliation of Orthodontists Annual Session earlier this month. These embrace the Invisalign Specifix Attachment System, a 3D-printed attachment answer that makes use of a novel bonding accent to scale back variability in dimension and placement and streamline workflows.
Additionally previewed have been Invisalign built-in buttons, which incorporate button planning immediately into the ClinCheck remedy planning workflow. This digital method determines button sort and place inside the software program, aiming to scale back chairside guesswork and enhance placement accuracy for chew correction.
Align additionally launched the Invisalign Palatal Expander with built-in hook options. This replace provides forward- and backward-facing hooks suitable with elastics to the prevailing 3D-printed expander system to deal with a broader vary of sufferers.
Moreover, a customized trimline possibility for Invisalign clear aligners will give medical doctors extra management over gingival margins, permitting for an prolonged scalloped trimline in instances requiring extra retention. Attendees additionally obtained early entry to the corporate’s new 3D Comfortable Tissue Animation know-how.
“Invisalign built-in buttons and the Specifix attachment system will take issues which have historically required numerous guide steps and variability and make them much more easy and constant,” says Prof Dr Anton Demling, an orthodontist primarily based in Uelzen, Germany, in a launch. “Which means much less guesswork for groups, extra predictable outcomes, and a noticeably higher expertise for sufferers.”
Palatal Expander Scientific Validation
In the course of the occasion, Align highlighted unbiased validation of the Invisalign Palatal Expander. A scientific examine carried out by researchers on the College of Insubria in Italy discovered that the system successfully widens the higher jaw by opening the pure progress seam within the palate.
Based on the corporate, the examine reported that the system achieves bone and chew adjustments much like a standard steel Hyrax expander whereas delivering extra managed and predictable outcomes for rising sufferers.
International Manufacturing Growth
Along with rolling out new scientific improvements, Align Know-how not too long ago introduced plans to develop its world operations with a brand new multi-million greenback manufacturing facility in Hyderabad, India. The corporate expects to speculate roughly $200 million over the subsequent a number of years to construct the state-of-the-art web site, which is slated to open in 2027 and create over 300 direct jobs.
The Hyderabad location will likely be Align’s first manufacturing presence in India and its fourth globally. Based on the corporate, the funding displays its technique to scale operations in high-growth markets, strengthen provide chain resilience, and supply extra localized assist to Invisalign-trained medical doctors and their sufferers throughout the Asia-Pacific area.
Photograph: Align Know-how
