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2. Clear aligners - Wikipedia

   en.wikipedia.org/wiki/Clear_aligners

   Each aligner is intended to be worn an optimal 22 hours a day for one to two weeks. [6] On average the treatment process takes 13.5 months, [7] although treatment time varies based on the complexity of the planned teeth movements. [6] The aligner is removed for brushing, flossing and eating.

3. Align Technology - Wikipedia

   en.wikipedia.org/wiki/Align_Technology

   Align Technology, Inc. is an American manufacturer of 3D digital scanners and Invisalign clear aligners used in orthodontics and restorative workflow. It was founded in 1997 and is headquartered in Tempe, Arizona. The company manufactures the aligners in Juarez, Mexico, and its scanners in Israel and China. The company is best known for its ...

4. Straumann - Wikipedia

   en.wikipedia.org/wiki/Straumann

   Straumann Group is a Swiss company based in Basel (Switzerland) manufacturing dental implants and specialized in related technologies. The group researches, develops, manufactures and supplies dental implants, instruments, biomaterials, CADCAM prosthetics, digital equipment, software, and clear aligners for applications in replacement, restorative, orthodontic and preventative dentistry.

5. The best bunion correctors for 2024, according to podiatrists

   www.aol.com/lifestyle/best-bunion-correctors...

   These aligners separate each of your toes and are designed to help improve flexibility and mobility. They're particularly great if you experience all-over foot pain, as they slot between each toe ...

6. Elastics (orthodontics) - Wikipedia

   en.wikipedia.org/wiki/Elastics_(Orthodontics)

   Elastics are available in many different type of forces. Following is the list of forces that can be found in different elastics. The forces and the labelling of the forces may depend on different manufacturers and types of elastics used.

7. Maskless lithography - Wikipedia

   en.wikipedia.org/wiki/Maskless_lithography

   Traditionally, mask aligners, steppers, scanners, and other kinds of non-optical techniques are used for high speed microfabrication of microstructures, but in case of MPL, some of these become redundant. Maskless lithography has two approaches to project a pattern: rasterized and vectorized.