IUXTA-3D Digital Solution | BTK Implanting Trust, Smile Again!

THE NEW DIGITAL PROTOCOL FOR JUXTA-OSSEOUS TREATMENT: CUSTOMIZED TITANIUM IMPLANTS, MADE TO MEASURE FOR PATIENTS.

The IUXTA-3D service finally permits to solve cases of extreme atrophy of the upper and lower jaw when the bone is not sufficient for conventional endosseous titanium implants.

IUXTA-3D implants are implantable medical devices made to measure for each individual patient, in compliance with the 93/42/EEC directive and its subsequent modifications and additions.

The structure of the juxta-osseous implant is designed based on the patient’s examination and is customized following the patient’s anatomical features and prosthetic needs. It is made of biocompatible, certified titanium.
It is placed during one single surgical session, reducing the waiting time and the patient discomfort, characteristics of conventional bone regeneration techniques.

IUXTA-3D probably represents the most mature and perfected evolution of this technique and makes it possible to obtain previously unthinkable outcomes and applications.

BT SCREW

Superior Screw Technology
BTK’s BT SCREW kit is a simple but complete system
for fixation in MANDIBOLARY MAXILLO surgery provides
surgeons the ease of use they want with the performance they require.

Ideal for fixing mesh (regeneration grids) and membranes, iuxtaosseus implants, bone grafts, plates.

IN A COMPACT KIT

All the necessary tools and a full range of fixing screws to cover most surgical needs.

Discover BT Screw.

Why choose Iuxta-3D?

Choosing IUXTA 3D by BTK means relying on a precision solution for implant treatments that require extreme customization. Thanks to 3D printing and digital design, IUXTA 3D offers dentists the ability to create implants that perfectly fit the patient’s anatomy, ensuring less invasive procedures and optimal biomechanical results. IUXTA 3D technology stands out for facilitating faster and more predictable procedures, essential for excellence in modern implantology.

CHARACTERISTICS

100% DIGITAL WORK FLOW
HIGH DIMENSIONAL ACCURACY
EXCEPTIONAL STABILITY
TITANIUM LASER MELTING
DEDICATED OSTEOSYNTHESIS SCREWS
VERIFIED MECHANICAL STRENGTH

DIGITAL WORKFLOW

CONE BEAM CT AND PRODUCTION OF A 3D VIRTUAL BONE MODEL

The process starts with the acquisition of the patient’s tomographic imaging and of a DICOM file. During the examination, the patient must wear a dedicated radiological guide. The DICOM file is sent by the clinician to the BTK TEAM using the Web (http:// upload.btk.dental/btk3d). The BTK TEAM checks the feasibility of the case and starts the design phase.

DIGITAL PROCESSING OF THE IUXTA-3D STRUCTURE

IUXTA-3D is virtually modelled on the anatomy of the patient by the BTK specialists, using a dedicated CAD software. The layout of the device is designed to bear the prosthetic load while guaranteeing the best possible follow-up. The final project is shared with the prescribing, who can make changes and who confirms it before production takes place.

TITANIUM LASER MELTING – 3D PRINTING

After receiving the doctor’s prescription, BTK produces the device by means of “Selective Laser Melting” technique. Homogeneous layers of highly pure titanium powder are molten using a laser in a selective way, based on the 3D virtual model. The final object meets high purity and microstructural homogeneity standards that guarantee high mechanical performance, in response both to static and cyclic loading.

CLEANING, DECONTAMINATION, PACKAGING AND SHIPPING

The IUXTA-3D implant is decontaminated in an automatic ultrasonic machine, it is packaged in a cleanroom under controlled atmosphere and delivered ready for sterilization in the clinician’s office. All BTK production cycles are controlled and registered so as to guarantee the traceability of the product, in compliance with the most restrictive standards of reference.

SURGERY AND SURGICAL APPLICATION

The surgery is performed under local anaesthesia or conscious sedation. At the end of surgery, the patient can receive a first provisional that will allow the perfect healing of soft tissues. You can ask BTK to make the provisional at the beginning of the production process.

REPLY OF THE GRAFT

The IUXTA-3D system is supplied with a RESIN REPLICA of the plant itself. In addition, the patient’s BONE MODEL is always produced, with 3D resin printing. If required, the BTK Milling Center can also produce the structure for the construction of the temporary.

BIBLIOGRAPHY

Cerea M: Una soluzione alternativa al rialzo di seno. Italian Dental Journal. Anno 6. nr. 3/2001; pp. 5-8.
________

Cerea M: Oltre il seno: l’impianto pterigoideo. Giornale dell’Odontoiatra.15/05/2011.n°6; pp. 7-8.
________

Cerea M, Olivetti F, Olivetti M: trattamento di grave atrofia mascellare con griglia e pterigo, www.Italian Dental Journal .it. Dental Academy.it
________

Virgilio F. Ferrario, Carlo Miani, Alberto Miani: Lineamenti di biomeccanica della masticazione nella pratica gnatologica. Milano: Edi.Ermes, 1988.
________

Raghoebar GM: 110th volume of Dutch Journal of Dentistry 4. Application of dental implants during the last decades: from subperiostal to transosteal and endosseus implants. Ned.Tijd- schr.Tandheelked. 2003 Nov;110(11);422-9.
________

Weiss CM, Reynolds T: A collective conference on the utilization of subperiostal implants in implant dentistry. J.Oral Implantol.,2000;26(2):127-8.
________

E.Lloyd Dubrul. Anatomia orale di Sicher.Edizione Italiana a cura di A.Miani e V.F.ferrario. Milano EdiErmes 1988.
________

Schneider D, Marquardt P, Zwahlen M, Jung RE. A systematic review on the accuracy and the clinical outcome of computer-guided template-based implant dentistry. Clin. Oral Impl. Res. 20 (Suppl. 4), 2009; 73–86. doi: 10.1111/j.1600-0501.2009.01788.x
________

W. De Vos, J. Casselman, G. R. J. Swennen: Cone-beam computerized tomography (CBCT) imaging of the oral and maxillofacial region: A systematic review of the literature. Int. J. Oral Maxillofac. Surg. 2009; 38: 609–625.
________

Rafi, H., Karthik, N., Gong, H., Starr, T.L. and Stucker, B.E. “Microstructures and mechanical properties of Ti-6Al-4V parts fabricated by Selective Laser Melting and Electron Beam Melt- ing”. Journal of Materials Engineering and Performance, 2013, 1-12.
________

Vandenbroucke, B. and Kruth, J.P. “Selective Laser Melting of biocompatible metals for Rapid Manufacturing of medical parts”. Rapid Prototyping Journal, 2007, 13.4: 196-203.

Your cart is empty.

IUXTA 3D

SUB-PERIOSTEAL IMPLANTS Iuxta 3D

THE NEW DIGITAL PROTOCOL FOR JUXTA-OSSEOUS TREATMENT: CUSTOMIZED TITANIUM IMPLANTS, MADE TO MEASURE FOR PATIENTS.

COMPLETE SERVICE

UPLOAD THE DICOM FILE OF THE TOMOGRAPHIC EXAMINATION OF THE PATIENT

MAXILLO EDITION