2021
DOI: 10.1186/s12903-021-01473-8
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Preliminary feasibility torque mechanical evaluation for 3D printed orthodontic springs with different parameters: in vitro study

Abstract: Background The purpose of the presented investigation is to evaluate the resulting torque on loaded 3D printed springs using different coil thickness and length. Methods Specimens were designed and printed using the 3D printer MAX (Asiga, Sydney, Australia) with 3D printable, experimental, flexible material (Code:BM2008, GC, Tokyo, Japan). The specimens were divided into three groups according to spring coil design. Control group (n = 18), length g… Show more

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“…Othman et al [ 47 ] used a flexible resin-based experimental material (Code: BM2008, GC, Tokyo, Japan) to 3D print springs of different coil diameters and lengths with a DLP printer. The amount of torque measured in vitro was more affected by coil diameter than by coil length.…”
Section: Resultsmentioning
confidence: 99%
“…Othman et al [ 47 ] used a flexible resin-based experimental material (Code: BM2008, GC, Tokyo, Japan) to 3D print springs of different coil diameters and lengths with a DLP printer. The amount of torque measured in vitro was more affected by coil diameter than by coil length.…”
Section: Resultsmentioning
confidence: 99%