- San Jose CA, US Peter WEBBER - San Mateo CA, US Jun SATO - San Jose CA, US Crystal TJHIA - Sunnyvale CA, US Jessica H. SCHILTZ - San Jose CA, US Jeremy RILEY - Mountain View CA, US Ken WU - San Jose CA, US Kangning SU - Arlington VA, US Yuxiang WANG - Newark CA, US Zhaonan SUN - Charlottesville VA, US Andrei SOLDATOV - Santa Clara CA, US
Assignee:
ALIGN TECHNOLOGY, INC. - San Jose CA
International Classification:
A61C 7/08
Abstract:
A dental attachment placement device comprises a plurality of articulated registration elements shaped for placement on a plurality of teeth, which can facilitate placement, accommodate tooth movement, and improve alignment of the registration elements with the teeth, so as to accurately position an attachment for placement. The plurality of registration elements may comprise one or more attachment supports and one or more retention supports extending from the plurality of registration elements. A dental attachment can be removably coupled to the attachment support. The plurality of registration elements and attachment supports may be located on opposing sides of one or more teeth in order to maintain placement prior to adhering the attachment to the tooth. In some embodiments, each of the plurality of registration elements comprises a tooth registration surface shaped to engage the tooth with a specific position and orientation for accurate positioning of the attachment.
Flexible 3D Printed Orthodontic Device With Attachment Supports
- San Jose CA, US Peter WEBBER - San Mateo CA, US Jun SATO - San Jose CA, US Crystal TJHIA - Sunnyvale CA, US Jessica H. SCHILTZ - San Jose CA, US Jeremy RILEY - Mountain View CA, US Ken WU - San Jose CA, US Kangning SU - Arlington VA, US Yuxiang WANG - Newark CA, US Zhaonan SUN - Charlottesville VA, US Andrei SOLDATOV - Santa Clara CA, US
Assignee:
ALIGN TECHNOLOGY, INC. - San Jose CA
International Classification:
A61C 7/08 A61C 7/00 B33Y 80/00
Abstract:
A dental attachment placement device comprises a plurality of articulated registration elements shaped for placement on a plurality of teeth, which can facilitate placement, accommodate tooth movement, and improve alignment of the registration elements with the teeth, so as to accurately position an attachment for placement. An orthodontic device may include a plurally of registration element. A plurality of first flexible arms may extend from each registration element on a lingual side. The first flexible arm may have a connected end and a distal end. The distal end may be configured to extend at least part way over the tooth and apply a lingual force to bias the registration element against the tooth. A plurality of attachment supports may each be located on a buccal side of the plurally of registration elements and include an attachment frame that is releasably coupled to an attachment.
Flexible 3D Printed Orthodontic Device With Flexible Arms
- San Jose CA, US Peter WEBBER - San Mateo CA, US Jun SATO - San Jose CA, US Crystal TJHIA - Sunnyvale CA, US Jessica H. SCHILTZ - San Jose CA, US Jeremy RILEY - Mountain View CA, US Ken WU - San Jose CA, US Kangning SU - Arlington VA, US Yuxiang WANG - Newark CA, US Zhaonan SUN - Charlottesville VA, US Andrei SOLDATOV - Santa Clara CA, US
Assignee:
ALIGN TECHNOLOGY, INC. - San Jose CA
International Classification:
A61C 7/14 A61C 7/08 A61C 7/00 B33Y 80/00
Abstract:
A dental attachment placement device comprises a plurality of registration elements shaped for placement on a plurality of teeth and one or more flexible arms for biasing the registration element to a tooth. A first a first flexible arm may extend from a registration element on a lingual side. The first flexible arm may have a connected end and a distal end. The distal end may be configured to extend at least part way over the tooth and apply a lingual force to bias the registration element against the tooth.
Systems And Method For Additive Manufacturing Of Dental Devices Using Photopolymer Resins
Strategies that reduce shrinkage and ultimately warping of parts that are directly fabricated from photopolymer resins. This increases the accuracy of directly fabricated parts, which is essential for patient specific applications. Implementing these strategies can reduce the need for directly fabricated parts to have supporting structures, which can reduce pre-processing and post-processing steps and facilitate an easier route for production level scale of additive manufacturing.
Peter Webber (1988-1992), Mark Speizer (1957-1961), Mark Miles (1967-1971), Mario Perera (1995-1999), Randi Levine (1971-1973), Mark Conahan (1973-1977)