Digital Implant ‘DIOnavi.’ Spreading Worldwide, Why?

  • It's safe!
  • It's accurate!
  • It's convenient!
  • Superior System

Digital implant 'DIOnavi.' is spreading rapidly in the global market, especially in the United States and China.
In particular, DIOnavi. is making a name for itself in Korea and countries abroad by being evaluated
as an incredible digital guided implant surgery system with surgical safety, accuracy of implant placement,
and user convenience.

Firm stability with totally safe structure of
guided implant surgery system

For the guide system, which is basically a structure in which the drill enters the guide hole, the key is to minimize the size difference of the drill and the guide hole to reduce the shaking of the drill.
To minimize the size difference, many companies increase the contact area between the guide hole and drill. But this leads to the abrasion of the guide hole generating unnecessary resin powder while drilling.
This raises serious safety concerns because if the abrasion becomes severe, it may lead to breaking of the guide.
However, these concerns were fully considered from the development stage of DIOnavi. metal sleeve system of the guide hole which prevents 'Guide Chipping' phenomenon.
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DIOnavi. solved the concerns about bone heating also. Unlike conventional high-speed drilling systems, with its excellent cutting force of the drill, DIOnavi. recommends low-speed drilling at 100 rpm without irrigation.
The drilling usually is done under 10 seconds on average. As a result of the heating test during a certain time, DIOnavi. showed a very low numerical value of 39℃ on average rather than conventional high-speed drilling.
In addition, you don't have to worry about 'bone heating' because we have a 'metal needle' that you can use to inject saline after each drilling, to remove particles and to cool down the hole.
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DIOnavi. proven to have superior accuracy and convenience

The accuracy of the implant placement is determined at the first drilling with a surgical guide. Because after the first drilling, the second drill goes in the direction of the initial hole with double contacts on the surgical guide and bone, so, many experts believe that the hole generated by the first drilling plays a decisive role in guiding the correct path in implant accuracy.

So, DIOnavi. focused everything on the accuracy of the first drill. Particularly noteworthy part is the differentiated drill tube that guarantees its precision. The drill tube of the DIOnavi. maximizes the contact area with the drill to hold the shaking or to prevent horizontal movement during drilling. The longer drill tube maximizes the contact area closely that prevents the shakiness and movement. Additional 9㎜ tube and 12㎜ tube optimized for the anterior tooth launched sequentially after the 7㎜ drill tube that is mounted on master surgical kit. DIO has evolved into the current DIOnavi. system, which can be conveniently treated regardless of the amount of mouth opening, while increasing the accuracy of the procedure.

Along with the length of DIOnavi., the drill tube of DIOnavi. is designed to be inserted into the punched soft tissue, focusing on the convenience of limited mouth opening with the best precision.
It is differentiated in all aspects of accuracy and convenience. In addition, all precision processing technology in Korea has been concentrated to eliminate errors in drill tubes. The tolerance between the drill tube and guide is 0.01mm, which is the minimum tolerance value that can be narrowed down with Korea processing technology. The result of the study that the tolerance of 0.01mm between the drill tube and the guide arithmetically shows an error range of less than 1 degree (DIOnavi. average error is 0.4 degree), while presented a 5-degree error when drilling without using a drill tube in other study results.

To improve the accuracy of the DIOnavi., the patient-customized offset system was also a very crucial part. The DIOnavi. drill is a straight shape that can be applied to the offset system, allowing the guide height to be flexibly adjusted even in the interference of a thick gingiva or an adjacent tooth. A typical case uses the default offset value of 9㎜, 10.5㎜, and 12㎜, narrow cases are 12㎜ for the default offset value, and the wide case has a default offset value of 8㎜, making the procedure smoother and more precise.

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100% digital process
for all cases including edentulous cases

By the 100% digitization of the entire process, everything can proceed with the digital data, such as 3D simulation of implant surgery before the surgery. With this, all the position, angle, and depth of the oral structure of the individual can be determined. Therefore, it is applicable to almost all cases, such as edentulous cases or maxillary sinus lift, immediate placement after extraction, cases with narrow bone width, narrow interproximal space, small mouth opening, and others such as immediate loading after extraction for the mandibular.
In particular, the entire process of the DIOnavi. Full Arch can be completed in full digital from scanning the denture of an edentulous patient, implant planning, guide production, implant placement, and to the final Screw-retained prosthesis.
This full digital way is not only shortening the operation time but also reducing the number of visits to the patient, solving the problems of the complicated conventional impression and procucing the final prosthesis quickly and accurately.
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