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IUXTA 3D

Product catalog summary

Introduction
IUXTA-3D subperiosteal implants represent a significant innovation in addressing severe maxillary and mandibular atrophy. Utilizing a fully digital workflow, these custom-made implants are designed based on individual patient needs, offering reliable prosthetic solutions through a screw-retained protocol.

Specifications
The implants are made from medical-grade titanium, ensuring biocompatibility and mechanical resistance. They feature high contact surfaces optimized through FEM analysis and design-shaped screw holes for precision and ease of surgery. A wide range of prosthetic components is available to meet various restoration requirements.

Digital Workflow
The process begins with acquiring the patient's tomographic imaging and DICOM file, which is sent to the BTK team for feasibility assessment and design. The implant is virtually modeled using dedicated software, ensuring a passive fit and optimal abutment and screw positioning. The final design is confirmed by the prescribing doctor before production.

Manufacturing Process
BTK uses Selective Laser Melting to produce the implant, ensuring high purity and microstructural homogeneity. The device is finalized with screw-retained abutments using a five-axis machine for maximum precision. The implant is decontaminated, packaged in a cleanroom, and delivered ready for sterilization.

Surgical Application
Surgery is performed under local anesthesia or conscious sedation. BTK can provide temporary restorations for immediate loading, tailored to patient and clinician needs.

Technical Assistance
BTK offers dedicated technical assistance, including customized reports and 3D previews for each case. The company ensures product traceability and compliance with stringent standards.

Quality and Certification
The implants are CE marked and comply with ISO 9001 and ISO 13485 standards. Biotec is registered with the Italian Health Ministry as a manufacturer of custom-made medical devices.

Conclusion
IUXTA-3D implants leverage advanced digital and manufacturing technologies to provide innovative solutions for dental rehabilitation, supported by comprehensive technical assistance and certified quality systems.

Catalog excerpts

Implanting Trust, Smile Again! 3D PRINTED DENTAL IMPLANTS

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DIGITAL DENTISTRY CUSTOM-MADE MEDICAL DEVICES IUXTA-3D IUXTA-3D subperiosteal implant represents a real innovation in the solutions for maxilla and mandibolar severe atrophy. Through a totally digital workflow, starting with the patient's exams, specialist can perform an accurate project, custom made for the individual needs of the patient. Thanks to over 20 years of experience in dental implants, and to many documented clinical cases, we update IUXTA-3D subperiosteal implants: from now they are offered for screw-retained protocol, allowing to obtain appropriate and reliable prosthetic solutions....

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DIGITAL WORKFLOW IUXTA-3D 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. The BTK TEAM checks the feasibility of the case and starts the design phase. Immediate uploading of the DICOM file of the patient’s tomography http://upload.btk.dental/btk3d DIGITAL PROCESSING OF THE IUXTA-3D STRUCTURE IUXTA-3D is virtually modelled on the anatomy of the patient by the...

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3D PRINTED DENTAL IMPLANTS IUXTA 3D FEM analysis is a tool that allows to analyze the three-dimensional model of the medical device by predicting its behavior once subjected to the chewing load. It is therefore possible to optimize the device by studying the best points of support, anchoring and the best morphology to ensure the success of the rehabilitation. BTK is always at your disposal for any request for further follow-up or information, promoting periodic and ad-hoc training course. Scan the QR CODE to find out the next BTK courses. CERTIFIED QUALITY SYSTEM BIBLIOGRAPHY Cerea M: Una soluzione...

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