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sprintray pro95  (SprintRay Inc)

 
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    SprintRay Inc sprintray pro95
    Sprintray Pro95, supplied by SprintRay Inc, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/product/3d+printer+preform+software/3d+printer+sprintray+pro+95/pm37763547-77-11-13
    Average 90 stars, based on 1 article reviews
    sprintray pro95 - by Bioz Stars, 2026-09
    90/100 stars

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    Article Title: Absorption and desorption dynamics of thermoformed and 3-dimensional-printed orthodontic aligners.
    Article Snippet: Depa Zagre Depa tectur All au tentia This s appro of De Addre Schoo Croat Subm 088920 includ https: Introduction: Themechanical performance and fit of orthodontic aligners are influenced by their interaction with moisture in the oral environment.. This study aimed to evaluate and compare the water absorption, desorption kinetics, and diffusion behavior of thermoformed (Invisalign [Align Technology, Santa Clara, Calif] and ClearCorrect [Institut Straumann AG, Basel, Switzerland]) and 3-dimensional (3D)-printed (Tera Harz TC-85, Clear A; Graphy Inc, Seoul, South Korea) orthodontic aligners.. Methods: Thirty-two aligners were divided by brand and fabrication method.

    Article Title: Impact of various cleaning protocols on the physical and aesthetic properties of 3D-printed orthodontic aligners.
    Article Snippet: A constant load of 5 kilopond (kp), equivalent to Parameter Value Printer model SprintRay Pro 95 Printing technology Digital Light Processing (DLP) Resin used Clear A (Senertek, İzmir, Turkey) Layer thickness 50 μm Print orientation 0° (parallel to build platform) Light intensity 10 (arbitrary unit) Burn-in layers 3 Burn-in exposure time 1.5 s Normal layer exposure time 0.3 s (for support: 120–150 s) XY scale 1.010 Z compensation 0.2 mm Separation distance 12 mm Separation velocity 5 mm/s Approach velocity 10 mm/s Post-processing Washed in 96% ethanol, UV-cured for 30 min Ambient temperature 30 °C (heated build platform enabled) Table 1.

    Article Title: Optimized design of a tooth-simulating screw for enhanced accuracy in robot-assisted implant placement in completely edentulous jaws.
    Article Snippet: Supported by the ITI Research Grant (1782–2023); Dental robot system and technical assistance were provided by YakeRobot Technology Ltd (Beijing, PR China).. The authors declare the following financial interests/personal relationships which may be considered as potential competing interests: Qi Yan reports financial support was provided by ITI Research Grant 1782–2023.. Qi Yan reports equipment, drugs, or supplies was provided by YakeRobot Technology Ltd (Beijing, China).

    Article Title: Immediately loaded FP-1 interim fixed implant prosthesis for a patient with amelogenesis imperfecta using photogrammetry and a same day 3D-printing protocol: A clinical report.
    Article Snippet: Misch first described different designs for complete arch implant-supported prostheses as the FP-1, FP-2, and FP-3 prosthetic designs.. The FP-1 design replaces only the crown portion of the tooth, whereas the FP-2 design replaces the crown and part of the root, resulting in a longer clinical crown.. The FP-3 design replaces both the crown and missing soft tissue, resulting in gingival color apical to the tooth portion.

    Article Title: Accuracy of Digital Impressions for Veneer Restorations: A Narrative Review and Case Illustration
    Article Snippet: Zhivago P et al. (2022) [ ] , A comprehensive technique using digital workflow to improve an unpleasant smile: A clinical report , 42-year-old female; intraoral scanning performed using Medit i500 scanner. Smile design created with Smilecloud software, further sculpted with ZBrush software. Three-dimensionally printed mock-up fabricated with SprintRay Pro 55 printer. Lithium disilicate veneers (IPS e.max CAD) were fabricated and cemented. , The fully digital workflow allowed accurate visualization, planning, and realization of the esthetic rehabilitation. The integration of intraoral scanning, facial scans, digital smile design, and 3D-sculpting software provided efficient communication and predictable final esthetic results..

    Article Title: Impact of various cleaning protocols on the physical and aesthetic properties of 3D-printed orthodontic aligners.
    Article Snippet: The printing process was carried out using a SprintRay Pro 95 3D printer (SprintRay, Los Angeles, CA, USA).

    Article Title: Do 3D-Printed and Milled Denture Bases Differ in Microbial Activity and Adhesion? A Systematic Review and Meta-Analysis
    Article Snippet: SprintRay Pro95 S , 2 , −1.68e+04 (−5.23e+04, 18740.721) , .355 , 95.13% , , 6.26e+08 , <.001.




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    3D printing process workflow. Both 3D anatomical models and surgical cutting guides in STL file format are imported to PreForm software. Resin type and layer thickness are selected, followed by orientation and support structure design processes. Once health checks are done, the 3D virtual pieces are 3D printed by an SLA printer—Formlabs 3B (1). Next, the pieces go through a washing machine (2), for 20 min, and a cure machine (3), for 60 min. After this post-processing, final products are obtained, and they can now be used for pre-surgical planning or be sterilized to be part of the surgery. Tools’ features are shown on the side of the workflow. Partial images courtesy and copyright of Formlabs Inc.

    Journal: Frontiers in Veterinary Science

    Article Title: In-house three-dimensional printing for surgical planning: learning curve from a case series of temporomandibular joint and related disorders

    doi: 10.3389/fvets.2024.1347107

    Figure Lengend Snippet: 3D printing process workflow. Both 3D anatomical models and surgical cutting guides in STL file format are imported to PreForm software. Resin type and layer thickness are selected, followed by orientation and support structure design processes. Once health checks are done, the 3D virtual pieces are 3D printed by an SLA printer—Formlabs 3B (1). Next, the pieces go through a washing machine (2), for 20 min, and a cure machine (3), for 60 min. After this post-processing, final products are obtained, and they can now be used for pre-surgical planning or be sterilized to be part of the surgery. Tools’ features are shown on the side of the workflow. Partial images courtesy and copyright of Formlabs Inc.

    Article Snippet: The previous obtained STL files were uploaded to the 3D printer software PreForm (Formlabs, United States) which automatically converted them to the printer’s directions.

    Techniques: Software