Royal Technology

Royal Dental Laboratory (RDL)

RDL always uses the world’s latest and most advanced technology for making crowns and bridges for long term dental prosthesis. RDL uses its own technologies such as in-house CAD-CAM technology and 3D printing. RDL always tries its best, so that it can do as much as possible for the patients. Royal is now Internationally recognized for its founder’s contribution to ‘One-day dental implant’. In the field of Implantology, Dentistry now has an advanced, in ‘Immediate Loading of Implants.’ Thus at RDL, each day goes by in more research and developmental work and that is how we are able to innovate solutions in dentistry. At RDL, you will find solutions for various materials grouped as metal-free high-performance polymers such as Royal.HIPC, which has a strength of about 120 MPa. and can be fixed on the framework (if needed) of Royal.BioPEEK having a strength of 180 MPa. For a long-term dental prosthesis – HIPC has already been tested in vivo and approved for the expected life of over 9 years and is clinically-proven and safe to use. Royal.HIPC is plaque-resistant with excellent gingiva compatibility and resistant to discolorations and thus lead to a higher level of patient acceptance.
We at RDL do as much we can do for the patient, but as little as possible to the patient.

3rd Dimensional view of your teeth – CS 9300

In 2018 Royal introduced CS 9300. It has been ideal for dental and Oral Surgery practices due to its highest FOV value. Even airway examination and all over the CBCT scan, to get the Three Dimensional printing from our in-house 3rd Dimensional printer. were dual-modality panoramic and 3rd Dimensional imaging with exceptional detail and range, are some of the features of Its. which helps perfect all-in-one solution for our practice. It’s an all-in-one system, in addition to 2nd Dimensional and 3rd Dimensional diagnostic imaging which gives us precise digital 3rdDimensional models for other applications, which include cosmetic surgeries, periodontics and endodontics surgeries, and implant planning. Not only its exceptional 3D imaging capabilities but also CS 9300 give the features of 2D digital panoramic imaging with variable focal trough technology, and it can also get upgraded to include one-shot cephalometric imaging. Were-as 2D options include standard panoramic, segmented panoramic, maxillary sinus, and TMJ cephalometric option. This combination would be helpful for planning the most complicated surgeries which are usually related to the head and neck region. This scanning procedure helps us to understand our patients within a few seconds, even though When they are on their dental chair. We can even deliver results on the same day as desired by the patient.

3rd Dimensional view of your teeth – CS 8100

In 2017 Royal introduced an award-winning creation from Carestream. This CS 8100 delivers powerful imaging capabilities through an easy-to-use and compact system that meets our everyday imaging needs. This situation is good and it has faster image acquisition due to its high quality of an image and also it is ideal for our practice. Which helps us to scan the patients in a few minutes and also to get instant results.


Easily available for younger, elder and also for the fiscally disable patients.


Three anatomical programs intuitively adapt to patients’ jaw morphology.


Open design, one on one positioning and clear instructions help to access patients correctly.

Understanding the concerns of patients are now easily possible for us, due to the scanning method even within the few second or when the patient is on their dental chair. And their results are also displayed on the same day as per the patient requirement.

Digital model of your teeth T500

Dental projects are a duplicate of a patient’s teeth and mouth structures for indicative purposes and are utilized as models for additional projecting of dental prosthetics, for example, spans, crowns, inserts, false teeth, and fractional false teeth. We use Meditcoloured-scanner for an amazing sweep of this cast and nibble of our patients. Its transformative plan and innovative highlights cause us to get an exact examination at our lab. It has fantastic speed, exactness, and dependability with the end goal that our treatment arranging should be possible absolutely. With the fast camera and projector, we can examine a full curve in only a couple of moments, and this causes us to design our treatment and results on the same day.

Three Dimensional (3D) Printing

Added substance fabricating in our training permits us to create crowns rapidly, as the cycle should be possible by the individual examining and arranging itself. It makes it conceivable to get a sweep of the patient’s teeth, model it, and legitimately print the crown. We have arranged cases and the print quality and accuracy are brilliant alongside solid and unsurprising outcomes. Dental 3D printing is a key at Royal lab for current dentistry, as it truly helps for customization and treatment arranging. Added substance production additionally has a significant part in dental embed a medical procedure including zygomatic embed medical procedures. It is really conceivable to make a 3D model supplant a missing tooth with more exactness than with conventional strategies. We can even create crowns rapidly by checking the patient’s teeth, displaying them, and printing the crown.

Digital Designing Of Crowns And Bridges With The Help Of Computer(CAM)

The beginning of each designing cycle starts in the realm of CAD. Our Exocad offers an incorporated programming arrangement that ensures the consistent use of the computerized work process – from virtual, prosthetic-situated embed arranged with explaining to planning careful aides with our Guide Creator. The product bolsters the plan of dental reclamations that can be created at the seat side: decorates, Onlays, crowns, facades, spans, and pontics. We have expanded abilities in the Excoad, to do advanced grin planning, production of embed prosthesis, the formation of temporary without crown cutting, making of careful supports, making of careful aides and so on.

Digital Manufacturing Of Crowns And Bridges with the help of Computer(CAM)

CAM is an application innovation that utilizes programs and hardware to encourage and robotize fabricating measures. It utilizes PC driven assembling measures for upgraded and smoothed out assembling, proficient plan, and unrivaled hardware computerization. Without CAM, there is no CAD. Computer-aided design centers around the plan of an item or part. What it looks like, how it capacities. CAM centers around how to make it.

Xtcera 300

X-factory 300 is a four-hub joint dental cutting and processing machine which has an incorporated plan, with the goal that the work territory can be disentangled. It has 4-hub dry processing handling which helps plant trims, Onlays, crowns, facade, spans, and pontics.

CORiTEC 350i – imes – icore

The CORiTEC 350i handling framework is a creative machine idea, created to meet our prerequisites of present-day CAD/CAM preparing. The handling of all applicable prosthesis materials of Composite Resin (Royal. resin, Royal.CemResin, Royal.3Dresin), PMMA (Royal.multiCOM), Porcelain/Zirconia, High-sway polymer (Royal. HIPC) and Royal.BioPEEK is conceivable with a solitary machine framework, essentially without limitations. It’s 5-tomahawks concurrent wet/dry preparing for extraordinary speed and accuracy is honorable. 350i’s cycle ability for all dental materials including metals for most prominent adaptability. Alongside the 5-pivot CORiTEC 350i – imes – icore, we additionally have various 4-hub imported machines for CAM.

Dental Microscope

A Loupes or Microscope is a basic little amplification gadget used to see little subtleties all the more intently. Dental loupes depend on the refraction of light through focal points to amplify the item being referred to. Our dental specialists continually have their work in plain view in each grin that leaves our training. This hardware’s assistance gives prevalent perception and gives propels in careful loupes, careful headlights, and wellbeing.

Designs4Vision microscope

The reason for D4V loupes or microscopes is to improve and amplify a picture to the best outcomes in dental methods. It offers a selective telescope plan with accuracy covered optics for the most ideal vision through the perspective and simple fringe vision around the telescope.

Keeler Loupes

Keeler Prismatic loupes offer amplifications of 3.5x which is higher amplification with kaleidoscopic optics, ensuring edge to edge lucidity and exact shading interpretation. Keeler loupes are laser adjusted and treated against intelligent covering to create a prevalent picture.

Heater, Zubler Sintering – V200

Dental sintering heaters are utilized to handle dental zirconia after it has been processed into a crown, extension, system, or other reclamation. These heaters are equipped for arriving at the amazingly high temperatures needed to sinter zirconia to its last hardness. The sintering cycle includes pressure just as warmth, diminishes the porosity and expands the thickness of clay materials, for example, zirconia. During the sintering, cycle zirconia goes through a lot of shrinkages, which is the reason we keep up sound concrete space for our patient crowns. Our Zubler V200 has top-notch molybdenum disilicide warming components that arrive at an end temperature of 1650°C. Through this property, they achieve a fundamentally longer life. The dental crowns and systems are put in sintering plates which are loaded up with a bed of zirconium uphold dots. The plate is intended to fit precisely in the heater chamber. The bed of zirconia globules takes into account a sintering cycle with low grinding and results in mutilation free systems.

Heater, Zubler Ceramic – S400

The warming loops utilized by Zubler in clay broilers emanate at temperatures far above 1000°C during the sintering stage. In any event, when terminating a full plate of patient crowns simultaneously, the outcomes are indistinguishable, even without expanding the last temperature. The significance of the sintering cycle in the assembling of reclamations from zirconium oxide in regular research facility practice has for quite some time been thought little of.

Call Now
WhatsApp WhatsApp us