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Discover comprehensive dental implants data and explore Implant Abutment, Pin Drill Kit, and Scan Body insights. Dive into dental implants data now! Implant Information IMPLANT ABUTMENT PIN DRILL KITS SCAN BODIES Basic information about implants, abutments and pins. column description Source [text] where was this info obtained, this is NOT used in software Company [text] Implant company ("Blue Sky Bio", "Straumann", "Nobel", ...) Password [text] Password used to unlock implants, must be same for all parts from the same manufacturer. If the password is defined the part will be hidden by default in BSP. Leave empty for non-hidden parts. Type [text] type of part, "Implant", "Abutment" or "PIN" implant01 back to top Implant column description column description Part ID [unique, text uppercase] Identification name of implant, should be UPPERCASE and unique column description Width [text/number] this is NOT used in software column description Implant type [text] manufacturers implant type column description Secondary implant type [text] manufacturers secondary implant type column description Platform [number/text] list of manufacturers implant platforms separated by commas column description Dimension [text] this is NOT used in software column description Occlusal Diameter [mm] diameter of the implant head in mm column description Length [mm] length of implant in mm column description Appical diameter [mm] diameter of the implant apex in mm column description Appical diameter [in] diameter of the implant head in inches column description Abutment Angle [deg] leave empty for implants column description Abutment Bend Point distance [mm] leave empty for implants column description Abutment Diameter [mm] leave empty for implants column description In catalog this is NOT used in software column description Model this is NOT used in software column description New this is NOT used in software column description Longer Implant [text uppercase] part ID of longer implant if such exists, otherwise should be empty, used only for BSB implants column description Compatible Abutments [list separated by commas, uppercase] list of compatible abutments, abutment part IDs should be separated by commas Example : abutment01 back to top Abutment column description description Part ID [unique, text uppercase] Identification name of abutment, should be UPPERCASE and unique description Width [text/number] this is NOT used in software description Implant type [text] manufacturers abutment type description Secondary implant type [text] manufacturers secondary abutment type description Platform [number/text] list of manufacturers abutment platforms separated by commas description Dimension [text] this is NOT used in software description Occlusal Diameter [mm] leave empty for abutments description Length [mm] length of abutment in mm description Appical diameter [mm] leave empty for abutments description Appical diameter [in] leave empty for abutments description Abutment Angle [deg] angle of abutment in degrees, use 0.0 if abutment is straight description Abutment Bend Point distance [mm] distance of angle vertex point from origin along the +Z axis, mandatory only for multi-unit abutments, otherwise leave empty description Abutment Diameter [mm] diameter of abutment in mm description Tibase Diameter Width of angeled part of the titanium base. description Tibase Upper Height Height of angeled part of the titanium base. description Analog hole length [mm] Length of analog hole in mm. The length of hole is 0.05 mm longer than the analog part. description Analog hole diameter [mm] Diameter of analog hole in mm. The length of hole is 0.1 mm larger than the analog part. description Screw Hole Diameter Diameter of the abutment screw channel (when relevant) description Longer Implant [text uppercase] leave empty for abutments description Compatible Abutments [list separated by commas, uppercase] leave empty for abutments Example : pin01 back to top Pin column description description Part ID [unique, text uppercase] Identification name of pin, should be UPPERCASE and unique description Width [text/number] this is NOT used in software description Implant type [text] manufacturers pin type description Secondary implant type [text] this column is used to define pin handle length in format "Handle Length=X.XX" description Platform [number/text] this is NOT used for pins in software description Dimension [text] this is NOT used in software description Occlusal Diameter [mm] diameter of pin in mm description Length [mm] length of pin in mm without the handle description Appical diameter [mm] leave empty for pins description Appical diameter [in] leave empty for pins description Abutment Angle [deg] leave empty for pins description Abutment Bend Point distance [mm] leave empty for pins description Abutment Diameter [mm] leave empty for pins description In catalog this is NOT used in software description Model this is NOT used in software description New this is NOT used in software description Longer Implant [text uppercase] leave empty for pins description Compatible Abutments [list separated by commas, uppercase] leave empty for pins Description of pin: Download Pin Excel File Example : drill kit back to top Drill Kit Information Blue Sky Plan supports several types of Guided Surgical Kits: ) A pilot surgical kit, where a 2.0mm or 2.2mm drill is being used to create the initial osteotomy. ) A 'Standard' Guided Surgical Drill Kit with sequential drill widths and a built-in drill stop in each drill. ) A 'Direct Cut' Surgical Kit, where a single drill of the correct width is being used to create the osteotomy. These drills may have a built-in drill stop, or the software can automatically create a drill stop on the surgical guide that would stop the drill and handpiece at the correct depth. Important Drills being used for Guided Surgery should be 8 - 12mm longer than the implant length to allow for the additional height of the surgical guide. Each drill (each drill part ID) can only have one length. This should be the length from the tip of the drill until the built-in drill stop (or until the handpiece, if there is no built-in drill stop). column description Warning [NO or text] Text message for users showed in software, if there is no warning leave empty Drill Kit Type [text uppercase] Name of the kit that will be shown in software Sequence of drills These columns should be defined for guided kits when the drills info is known. These columns must be repeated for each drill in sequence. E.g.: kit uses up to 3 drills - then there must be defined all columns for drill 1, drill 2 and drill 3. If some implant requires only 2 drills, then the columns for drill 3 will be empty. column description Drill X [text uppercase] Manufacturers identification name/number of the drill Drill X Length [mm] Length of drill in mm, this is full length of the drill, it must be long enough to cover the whole drill depth (implant length + MC offset + MC and handle lips) or there must be defined correct drill length correction Description of drill length: If the kit uses handles/keys, then these columns must be defined for each drill. column description Handle X [text uppercase] Manufacturers identification name/number of the handle/key Handle X Lip Height [mm] Height of the handle/key lip in mm If the kit uses some kind of shaft that attaches to the drill that affects drill length, than its length must be defined in this next column Drill length correction [mm] Length in mm, software adds this value to every drill length. If there is no such thing used, then this column should contain zero value. Metal cylinders Metal Cylinder Part ID [text uppercase] identification name/number of metal cylinder Metal Cylinder Height [mm] height of metal cylinder in mm, including the lip Metal Cylinder ID [mm] inner diameter of metal cylinder in mm Metal Cylinder OD [mm] outer diameter of metal cylinder in mm Metal Cylinder Lip Height [mm] lip height of metal cylinder in mm, if the metal cylinder has no lip, please fill in zero value Metal Cylinder Lip Width [mm] lip width of metal cylinder in mm, if the metal cylinder has no lip, please fill in zero value Offset [mm] offset of metal cylinder in mm, distance between top of implant and top of printed surgical guide Packs [number] number of metal cylinders in one package, only for BSB metal cylinders Description of metal cylinder dimensions: Example: scan body Scan Body Information back to top Basic information about scanbodies. column description Company [text] Implant company ("Blue Sky Bio", "Straumann", "Nobel", ...) Part ID [unique, text uppercase] Identification name of scanbody, should be UPPERCASE and unique Label [text] Name of scanbody that is shown to user in BSP Scanbody type [text] type or category of scanbody Diameter [mm] diameter of the scanbody in mm Length [mm] length of scanbody in mm Please complete the below Scan Body excel file. Send the completed excel file and STL parts to plan@blueskybio.com Download Scan Body Excel File Example: back to top

Discover the latest in surgical sequence for dental procedures. Optimize your practice with our cutting-edge surgical sequence solutions. Surgical Sequence Select To View Surgical Sequence BIO | One Stage Protocol BIO | Quattro Protocol BIO | Internal Hex Protocol BIO | Internal Hex Safety Stop Drills Sequence Bio | Trilobe Protocol BIO | Conus 12 Protocol BIO | Max Protocol BIO | Max Safety Stop Drills Sequence BIO | Cut Guided Surgery

Wizard Process Flow Impression Scan Inversion Process Flow Learn Blue Sky Plan in 15 Minutes Watch Impression Scan Inversion Process Flow Video Wizard Process Flow Impression Scan Inversion Process Flow Follow along in Blue Sky Plan on Your Own Computer Download The Patient Scan Used In Below Case Download the CBCT Impression Scan Download the below process flow as a PDF file Let's Go The wizard will be saving the currently open treatment plan, the designed surgical guide and a drilling report to your computer. Select a folder on your computer to save the treatment plan, drill report and Surgical guide or create a new folder by pressing the “New Folder” button and naming the folder. Select the relevant folder and Press the okay button. If you are going to be sending the digital treatment plan or the digital surgical guide for surgical guide fabrication, complete the approval form and then press “Apply and Save”. Use Biobigbox.com, Blue Sky Bio’s hippa compliant file transfer system, directly from within blue sky plan, to send the treatment plan or the surgical guide to a dental lab or any recipient. If you do not yet have a bio big box account, create one free at biobigbox.com by entering your email and creating a password from biobigbox.com Enter the email address and password from biobigbox into the relevant fields . Select “Laboratory” and one of the labs in the prepopulated list to send the case to one of the certified labs. Or select “Email” and enter any email address to send the case to anyone with email address even if they do not have a bio big box account. Select the option to either send the exported Surgical Guide file or the option to send the entire Blue Sky Plan Treatment plan file. Include any relevant information in the “message” box and then press the “Send” button. Press the “Next” button. The Blue Sky Bio website will open with the relevant metal cylinder and other relevant Blue Sky Bio parts added to the shopping cart. If you already own the relevant part, or would like to remove a part from the shopping cart. Press the red X to remove any parts from the shopping cart. Login or register if needed and complete the checkout process. Draw the entire curve and close the loop by returning to the original start position and then press the “Next” button. Hold the left mouse button to Grab and drag any of the nodes that appear along the surgical guide curve to fine tune the curve positioning and to straighten any crossed segments. Press the “Next” button. Review the fabricated surgical guide. Hold the left mouse button and move the mouse to grab and rotate the surgical guide and model. Press the “Next” button. In order to save the file of the surgical guide to your computer for 3D printing you are required to buy export credits. If you do not have export credits the software will prompt you automatically and payment can be made via PayPal or credit card directly in the software and the software will update automatically. Case fees are between $12.50 and $23 per case depending on quantity of exports ordered. After purchasing export credits the software will update immediately and automatically. Left click in any view to place the implant and virtual tooth in the desired location. The 3D view can be rotated by holding the left mouse button and moving the mouse. Hold the left mouse button to grab and move the implant and virtual tooth to the ideal location. This can be done in any view. Moving the mouse over the implant will cause a rotation widget to appear. Hold the left mouse button to grab the widget and rotate the implant and virtual tooth. The dots that appear next to the virtual tooth can be used to resize the tooth. Once the implant and virtual tooth are in the desired location press the next button. Now, in any view, use the left mouse button to move and rotate just the implant placement without affecting the placement of the tooth. The keyboard arrows can also be used to nudge the implant placement in small increments. Once the implant is in the desired location press the next button. The hole in the brown software guide tube represents the exact location and size of the hole that will exist in the printed surgical guide. It is important to confirm the hole placement and that the hole in the inside of the brown software guide tube does not touch the model or an adjacent tooth. If the placement of the hole or implant needs to be updated press the “Previous” make the relevant updates and then once again press “Next”. Hold down the shift key and the left mouse button to define the area for surgical guide fabrication. Release the shift key and hold the left mouse button to rotate the model as needed and press the shift key again and left drag to resume drawing the curve. This is a basic training video on how to treatment plan and create a surgical guide using the teaching case associated with this video. This is the recommended procedure for your own cases and is especially ideal for extensively restored dentitions. Radiopaque scan markers, available via the Blue Sky Bio website, should be attached to the outside of an impression tray. 3 2 Radapiaque markers can be purchased directly from the Blue Sky Bio website by clicking on “Software” Selecting “components” And then choosing “cone beam markers” Add bit registration material and place in the mouth to index teeth and to ensure no areas of the tray show through the impression material. Sultan Healtchare, Rapid Set Regular Body is the recommended PVS material. Fill the impression tray with PVS material insuring that the material fully covers and surrounds their teeth. Take an impression. The teeth should not touch the impression tray. 4 5 6 7 8 9 10 11 Remove areas of excess impression material around the radiographic markers so the radiographic markers are clear and distinct from the impression material. Snip the interproximal areas with scissors and remove to help with reinsertion. CT scan the patient with the impression tray in their mouth. Use cotton rolls between the impression tray and the opposing arch to ensure full seating during CBCT scan. 12 13 14 15 Remove the impression tray from the patient’s mouth. A CBCT scan of the impression is taken with impression settings. Blue Sky Plan is an advanced full featured treatment planning software for computer guided surgery and can be downloaded from BlueSkyPlan.com. Blue Sky Plan allows all users to design and fabricate surgical templates for all guided surgical kits and all implant systems. The software and software updates are distributed free of charge. Exporting a designed surgical guide to an STL file for 3d printing starts at $12.50 per case. To take advantage of the powerful treatment planning software the minimum recommended requirements are 16GB of RAM on the computer, 2GB of RAM on the Video card and an intel i7 processor or comparable. After downloading and installing the software complete the registration form and press “submit form” Within a few seconds of pressing the submit button a notification will appear confirming that the software has been registered successfully. 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 From the drop down lists, select the option to import an “Impression CT with Markers” and the “Blue Sky Bio Fully Guided Surgical Kit”. Press the “OK” button. Open the blue sky plan treatment planning software and press the start wizard button. Press the “Desktop” button in the top horizontal tooblar to navigate to your computer’s desktop and select the file “Patient CBCT with Markers”. The software can load compressed DICOM files, uncompressed DICOM files as well as zipped CT scans. Press the “OK” button. Use the left mouse button to grab and drag the yellow border lines to reduce the field of view and define the area of interest. Reducing the field of view better utilizes your computer’s resources and enlarges the relevant anatomy in the software views. Press the “OK” button. For a Maxilla case, press the “maxilla” button on the top the screen. For Mandible case Use the slider under the 3D to raise the density threshhold and remove scatter if needed. Left click once on the entrance of the right mental foramen to have the nerve drawn automatically. Press the “NEXT” button. Left click once on the entrance of the left metal nerve to have the left nerve drawn automatically. If it is necessary to redo a step, click the step name found at the top middle of the screen. The nerve can also be detected by using the slider next to the top left view to move through the slices and locate the slice that shows the entrance to the nerve. Left click the entrance to the nerve for the nerve to be detected automatically Press the “NEXT” button. Press the “Desktop” button in the top horizontal toolbar to navigate to the desktop of your computer and choose the file “Impression CBCT with Markers.zip”. Press the “OK” button. Left click to grab and drag the yellow border lines to reduce the field of view and define only the area of the scanned impression. Press the “OK” button This screen allows for aligning of the markers in the impression scan to the markers in the patient scan. The top left quadrant shows the patient scan. Hold the left mouse button and move the mouse to rotate the CT scan. Move the slider under the image to the right to raise the density threshhold and to show the markers more clearly. Hold the right mouse button and the move the mouse forward to enlarge the image. Left click on the marker icon. Then, while holding down the shift key, left click on each of the scan markers, placing a green dot on each scan marker. In the top right quadrant, the impression scan view, left click to grab and drag the slider to the left to see the markers more clearly. Hold the left mouse button and move the mouse to orient the markers in the same general positioning as the markers in the patient scan. Left click on the marker icon. Hold the shift key and left click on each of the scan markers, placing a green dot on each scan marker. Left click the “Align Points Only” box and then left click the “update” button to align the two sets of markers in the bottom right view. Finally hold down the left mouse button and move the mouse to rotate the impression scan in the bottom left view to see if there are any holes in the impression. Hold down the right mouse button and move the mouse forward to zoom in. If there are holes this is an indication that the impression scan tray was not prepared properly according to the steps outlines in the beginning of this video. If there are tiny holes, lower the slider underneath the impression scan in very small increments until the holes have been filled. Then press the “OK” Button Hold the left mouse button to grab and rotate the impression scan. Hold the right mouse button and move the mouse forward to zoom in. Hold the shift key and the left mouse button to draw the curve a define the area that should be inverted into a model. Continue the curve until the entire relevant area is indicated and return to the start point to close the curve. Click the “edit curve” button. Fine tune the placement of the curve by grabbing and dragging any of the nodes to remove any crossed lines. Press the “Create Inverted Model” button. Hold the left mouse button and move the mouse, to grab and rotate the digitally poured mode to confirm proper model creation. And then press the next button. Left click to select the correct virtual tooth in the location of the missing tooth. Select small, medium or large to represent the size of the desired virtual tooth. Press “select implant” to select the desired implant to be placed together with the virtual tooth. Select “Mandible” as the Implant Orientation. Select “Blue Sky Bio” from the “Implant System” drop down. Select the BIO | Max implant type, 4.3mm implant platform, and select the 10mm implant. Press the “OK” button. Press the “OK” button to confirm the virtual tooth and implant selection. 33 34 35 36 37 38 39 Return to the Blue Sky Plan software and Choose from the on screen options to start a new case or to close the wizard. 51 42 43 41 40 50 49 48 47 46 45 44 1 Back to Top Back to Top Back to Top Back to Top Back to Top Back to Top Back to Top Back to Top Back to Top Back to Top Back to Top Back to Top Finish Back to Top

Meet the accomplished dental experts shaping excellence at Blueskybio. < Back Dr. Gupta, Alok BDS (MAMC), D.Ph. (Del), D. Ortho Italy, Dip. Clear Aligner (London Dental Institute) Member - Aligner Global Community Dr Gupta completed his BDS from MAMC Delhi in the year 1998, completed D.Ortho in 2001 from Italy. He has his own Dental & Orthodontic practice for more than 20 yrs. He started Aligner practice in his clinic in the year 2014. Later he completed Dip in clear aligners in the year 2016 & creates in-house clear aligners. He is also a Clinical Director of Brand "OneAligner". Share Additional Resources for Dr. Gupta courses Upcoming Courses Free videos

Explore Blue Sky Plan, the ultimate digital dentistry software for creating surgical guides, optimized for every dental need. Learn Blue Sky Plan in 15 Minutes If the patient has a significant amount of metal restorations in their mouth please follow the metal restoration protocol. Wizard Process Flow Importing a Stone Model Follow along in Blue Sky Plan on Your Own Computer Download The Patient Scan Used In Below Case Download The Model Scan Used In Below Case Download the below process flow as a PDF file Let's Go 1 Blue Sky Plan is an advanced full featured treatment planning software for computer guided surgery and can be downloaded from BlueSkyPlan.com. Blue Sky Plan allows all users to design and fabricate surgical templates for all guided surgical kits and all implant systems. The software and software update are distributed FREE of charge. Exporting a designed surgical guide to an STL file for 3d printing starts at $12.50 per case. To take advantage of the powerful treatment planning software the minimum recommended requirements are 16GB of RAM on the computer, 2GB of RAM on the Video card and an intel i7 processor or comparable. 3 2 After downloading and installing the software complete the registration form and press “Submit Form” Within a few seconds of pressing the submit button a notification will appear confirming that the software has been registered successfully. CT Scan the patient. If the patient has metal restorations in their mouth, the patient should be scanned with an impression and attached markers in their mouth to confirm a perfect alignment. In such a situation make sure to use the impression inversion protocol instead of an STL model. Optically scan a stone model to create an STL file of the relevant jaw. Open the blue sky plan treatment planning software and press the start wizard button. 4 5 6 7 8 9 10 11 From the drop down lists, select the option to import a Model STL and the relevant guided surgical kit. Select the folder containing the CBCT patient files and press the okay button. The shortcut buttons on the top of the screen can be used for quick navigation. The software can load compressed DICOM files, uncompressed DICOM files as well as zipped CT scans. Grab and drag the yellow border lines to reduce the field of view and define the area of interest. Reducing the field of view better utilizes your computer’s resources and enlarge the relevant anatomy in the software views. Press the okay button. 12 13 14 15 For a Maxilla case, press the “maxilla” button on the top the screen. For Mandible cases Left click once on the entrance of the right mental foreamen to have the nerve drawn automatically. Press the “next” button. Use the slider under the 3D to raise the density threshhold and remove scatter if needed. Press the “next” button. Left click once on the entrance of the left metal nerve to have the left nerve drawn automatically. If necessary, click the step name found at the top middle of the screen to redo the relevant step. Press the next button. Navigate to the location of the scanned model file and press the okay button. Hold down the shift key and left click to every other tooth in each of the scans. The teeth can be marked in any order. Once the teeth have been marked press the next button View the aligned model outline in the various views to confirm that the outline is wrapped tightly around existing teeth. If the alignment needs to be improved, press the previous button, mark additional teeth and then once again confirm model alignment. Press the next button after model alignment has been confirmed. 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 Press select implant to select the desired implant to be placed together with the virtual tooth. Left click to select the correct virtual tooth in the location of the missing tooth. Select the relevant size, small, medium or large to represent the size of the desired virtual tooth. Hold down the shift key and left click to select multiple virtual teeth if needed. Select the desired implant and relevant jaw type to be placed with the virtual tooth. Press the okay button. Left click in any view to place the implant and virtual tooth in the desired location. Use the left mouse button to grab and move the implant and virtual tooth to the ideal location. A rotation widget will appear around the tooth and implant and can be used for rotation. The dots that appear next to the virtual tooth can be used to resize the tooth. Press the next button upon completion. Now, use the left mouse and rotation widget to fine tune just the implant placement without affecting the placement of the tooth. Press the next button. The brown software guide tube represents the exact location and size that will exist in the printed surgical guide. Hold down the shift key and drag the left mouse button to define the area for surgical guide fabrication. Release the shift key and use the left mouse button to rotate the model as needed and press the shift key again and left drag to resume drawing the curve. As usual click on the wizard step name to restart the wizard stage, if needed. Draw the entire curve and close the loop by returning to the original start position and press next. Grab and drag any of the nodes that appear along the surgical guide curve to fine tune the curve positioning and to straighten any crossed segments. Press the next button. In order to save the file of the surgical guide to your computer for 3D printing you are required to buy export credits. If you do not have export credits the software will prompt you automatically and payment can be made via paypal or credit card directly in the software and the software will update automatically. Case fees are between $12.50 and $23 per case depending on quantity of exports ordered. Select the desired number of exports and then press the buy button. The hole in the surgical perfectly aligns with the software guide tube and the implant vertical axis passes through the center of the software guide tube. Review the surgical guide and then press the next button. Select a location on your computer to save the treatment plan, drill report and Surgical guide. Press the okay button. Complete the approval form if you are going to be sending the case or the digital surgical guide for surgical guide fabrication. Use biobigbox.com, blue sky bio’s HIPAA compliant file transfer system to send the treatment plan or the surgical guide to a dental lab or any email address. If you do not yet have a biobigbox account, create one free at biobigbox.com by entering your email and creating a password. Send the case or the exported surgical guide to any email address or to one of the labs included in the drop down list. The Blue Sky Bio website will open with the relevant metal cylinder and other relevant Blue Sky Bio parts added to the shopping cart. 33 Choose from the on screen options to start a new case or to close the wizard Back to Top Back to Top Back to Top Back to Top Back to Top Back to Top Back to Top Back to Top Finish Back to Top

Meet the accomplished dental experts shaping excellence at Blueskybio. < Back Dr. Martins, João Pedro DDS Master’s Degree in Dentistry by the Egas Moniz School of Health & Science; Post-graduation in Minimally Invasive Adhesive Dentistry by the Egas Moniz School of Health & Science; Practicing Exclusively on Oral Rehabilitation and Esthetic Dentistry at MALO CLINIC Lisbon & MALO CLINIC Warsaw; Developer of the All-on-4® Stackable Guide Protocol; Extensive expertise in various 3D design software for advanced treatment planning. Specialized in creating digital workflows for complex surgeries and rehabilitations. Speaker and educator at MALO CLINIC Education courses. Share Additional Resources for Dr. Martins www.malocliniceducation.com courses Upcoming Courses Free videos

Explore top dental courses in Ecuador for professionals. Learn advanced techniques with leading experts. Start your journey in dental courses in Ecuador. Blue Sky Plan Live Course Schedule Don't Miss Out! Featured Course Browse by Countries: All Countries Nicaragua Colombia Romania Ecuador Spain France USA India Italy Questions? If you have any questions please post the question to the Blue Sky Support Group

Explore top dental courses in Nicaragua by a leading Dental Products Manufacturer. Enhance your skills with dental courses in Nicaragua today! Blue Sky Plan Course Schedule Don't Miss Out! Featured Course Browse by Countries: All Countries Nicaragua Colombia Romania Ecuador Spain France USA India Italy Questions? If you have any questions please post the question to the Blue Sky Support Group

Explore top dental courses in Argentina offered by leading experts. Enhance your skills with our dental courses in Argentina today! Blue Sky Plan Live Course Schedule Don't Miss Out! Featured Course Browse by Countries: All Countries Nicaragua Colombia Romania Ecuador Spain France USA India Italy Questions? If you have any questions please post the question to the Blue Sky Support Group

Explore our blueskybio dental implants video manuals to enhance your skills. Discover comprehensive blueskybio dental implants video manuals today! Implant Video Manuals Select To View Implant Video Manuals BIO | One Stage Prosthetic BIO | Quattro Prosthetic BIO | Internal Hex Prosthetic BIO | Trilobe Prosthetic BIO | Conus 12 Prosthetic BIO | Max Prosthetic

List of the brackets that have been fully integrated in the Blue Sky Plan software Brackets in BlueSkyPlan The following bracket systems exist in the BlueSkyPlan software NAB Olive MBT bracket system NAB Olive Roth bracket system Selfy Passive

Meet the accomplished dental experts shaping excellence at Blueskybio. < Back Dr. Buda, Massimo Dott. Laureato con lode in Medicina e Chirurgia presso l’Università di Napoli nel 1978, si è poi Specializzato in Odontostomatologia nel 1981. Dal 1978 al 1982 è stato Medico Interno con compiti assistenziali presso la Clinica Odontoiatrica dell’Università Federico II di Napoli. Nel 2015 ha conseguito il Master in Odontoiatria Digitale presso l'Università di Varese. E' Socio Attivo della Società Italiana di Osteointegrazione, della CAI Academy, della Digital Dentistry Society, e della Società Italiana di Endodonzia. Past President dell' Accademia Italiana di Odontoiatria Conservativa e Restaurativa. Si occupa di traning in implantoprotesi, nell’ambito delle tecnologie CAD/CAM e dei sistemi compu-terizzati per l’ottimizzazione del posizionamento implantare in siti maturi e post-estrattivi con carico immediato. E’ Relatore in Corsi di perfezionamento presso varie Università italiane ed europee, e in numerosi Congressi in Italia e all’Estero ed ha pubblicato su riviste specializzate Nazionali ed Inter-nazionali. E’ libero professionista in Napoli dove svolge la propria attività didattica e clinica in Odon-toiatria Estetica su denti naturali ed impianti Share Additional Resources for Dr. Buda courses Upcoming Courses Free videos