Intelligent Endo Dental Surgical Robot

by Aslan Khani Sheykh Rajab
(Istanbull,Turkey)

Dental Robot

Dental Robot

Dental Robot
Dental Robot Research
Dental Robot Example

►►Inventor

Aslan Khani Sheykh Rajab

AIM OF THE PROJECT

Dentistry is the branch of medicine that requires a lot of power for a dentist. To enhance the quality of dental services and avoid all the problems mentioned and For ease of operation such as (Anesthetic infusion, X-RAY Photography, Time Management and milling tooth and …) we have decided to design this robot to earn these benefits:
1- Avoid touch the Dental ando system to lips and tongue
2- Tooth milling operations by robot
3- Dental radiography by robot
4- Video record via robot system in 5MP resolution
5- Anesthetic infusion To the target by robot
6- Time management
7- Reduce of the extra costs
8- to avoid being exposed to infectious agents such as practitioners (HCV, HBV «hepatitis B, C», and bacterial and fungal infections)
9- Prevention of Musculoskeletal Disorders as "back pain, wrist pain, headaches, shoulder pain, back pain, neck pain"

10- Avoid visual fatigue and premature fatigue.
11- Avoid exposure to noise pollution
12- Abatement of exposure to the rays' ionizing or non-ionizing "
13- prevent skin allergy, allergy
14- avoid the risks and hazards of chemicals such as mercury dental amalgams, resins, sealers and ...
15- Dental decay Detection intelligent devices via the piezoelectric system with 100% accuracy without any complications
16- In deprived regions by a dentist From anywhere in the world Controlled of the Internet (Including the poor and disadvantaged countries that Not respected The oral health ،Peoples can Repair the Teeth)

►►GENERAL INFORMATION

• Radiographic imaging (X-RAY) by robots 150DPI
• Film record via robot camera with (800*600) resolution
• Anesthetic injected into the mouth Target with adjusted 0.02mm
• Tooth operations intelligent robot with adjusted 0.02 mm
• Prevent wasted time (the robot operating time reduces to 15% )
• Prevent exposure to infectious agents such as (HCV, HBV «hepatitis B, C», and bacterial and fungal infections), 90% of patients will reduce.
• Prevent musculoskeletal disorders in dentists' pain, ankle pain, headaches, shoulder pain, back pain, neck pain, " 100% prevent this disease ".
• Prevent vision fatigue and premature fatigue ,100% prevent this disease.
• Avoid exposure to noise by up to 70% reduced.
• Prevent exposure to radiation as "ionizing and non-ionizing " 100% prevent this disease"
• Prevent skin irritation, allergies and the risk of AIDS and hepatitis, with this method, 100% of those diseases can be prevented.
• Abatement of hazards, chemical hazards, such as dental mercury amalgam, resins, sealers, etc. With this method, 70% of these illnesses can be prevented.
• Prevent physician fatigue and adverse events with up to 100% of this procedure is to prevent these diseases.
• The remote control system via Internet.
• Dental decay Detection Portable intelligent devices via The piezoelectric system with 100% accuracy without any complications




►►Used Technologies:

Buhler Stepper motor ▬ DV camera for image process ▬ computer brain interface control system majol ▬ 7" tablet for controlling system ▬ six degree joystick- Atmega256 microcontroller etc. ▬ ABS parts for Robot assembly ▬ Brushles motors ▬ 50 M ultrasonic Sensors ▬ plaxyglass elements ▬ micro cam via 50 DPI resolution ▬ LCD monitor5" ▬ SONCEB OZ stepper motor

►►Working Principle:

Robot electrical system Is provided By a 24 volt 12 amp power adapter that is connected to AC power. Robot performance is explained briefly below:
1- This robot that connected to the dental unit We Help into the patient's mouth
2- Robots are fixed in the patient's mouth
3- Via stepper motors controller and rotational base motor ,In terms of mechanism, imaging needed and video recorder and Anesthetic infusion ,teeth milling tools, selected location desired Dentist ,Is regulated by the dentist.
4- As needed by selecting any of the items and press the button to start the robot works
5- When we got to the final stage of tooth rasp , then select the desired tooth by the dentist, The system will start cutting tool that intelligently depending on the type of tooth is teeth start teeth milling.
6- After the procedure is completed by a dentist to come out of the mouth. the robot automatically turns off .

►►RESULTS OF THE PROJECT

1- Intelligent systems to avoid collision with the tool gums and tongue
2- Three types of anchoring the jaw
3- 320 degree rotating tool
4- Sensors capture the moment at the root of the tooth and tooth for tooth decay
5- Six The default method is to cut teeth
6- Controlling the robot control system is very easy and requires no lengthy training
7- Monitoring system with robot control software program robots under Windows 7 and Windows 8
8- System for precision shooting at 30 fps and resolution 80 dpi
9- Anesthetic infusion system with disposable syringe for dental Operations
10- Dental decay Detection Portable intelligent devices via The piezoelectric system with 100% accuracy without any complications
11- In deprived regions by a dentist From anywhere in the world Controlled of the Internet (Including the poor and disadvantaged countries that Not respected The oral health ،Peoples can Repair the Teeth)

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Nov 26, 2016
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Dr.Parish NEW
by: Aslan Khani Sheikhrajab

hello dear Dr.Parish

Its good idea for this project.
then we can optimize and update the dental robot in other models and we can upgrade this robot.

Please give me an email address that i can have direct connection with you.

Warm regards

Nov 26, 2016
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Too ambitious? NEW
by: Dr Parish

Have you considered a more simplified robot sooner? With cone beam and stl scan we can already marry the 2 images for a very accurate map of the tooth. If somehow we could physically get a starting point of reference on the tooth,(consider an optical scanner fixed on the tooth by robot that could marry the image to the previous stl/conebeam map of tooth).That image can be matched in the software then the dentist could design the dimensions of desired milled cavity preparation in the software, and robot could then simply mill it. This would be very useful right now. Milled preparation would be extremely accurate. Dentist would then optically scan the robot's work and existing machines already can mill the ceramic restoration and have it ready within 1 hour. All other features listed can be incrementally added in newer versions. This would possibly provide a revenue stream for further development of even more intelligent robots.

Sep 17, 2015
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assume!
by: Anonymous

Hi i am a dentist of south korea
I think this is a great work
Did you finish development?? And did you test this muchine?? Also i wonder if you will sell it or just make it as hobby
yoonnam220@gmail.com is my address. Please contact me

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