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XGate Dental

XGATE Dental revolutionizes restorative dentistry with precision-engineered and screw-retained systems

20/03/2026

Straight vs Angulated Multi-Units: the decision that determines where your screw channels land. In immediate full-arch workflows, you don’t “discover” screw access later – you design it at the MUA stage. This is exactly where the XGATE Standard prosthetic concept comes into play. This walkthrough shows a practical way to predict screw-channel emergence before scanning and milling a next-day provisional.

When you place straight MUAs, the screw channel follows the implant axis — easy to read, easy to plan. With angulated MUAs, the channel may shift unpredictably unless you have a clear reference for the future axis. That’s where a positioning handle becomes a planning tool, not just an insertion tool.

Key point: if you scan at the multi-unit level, you’re committing to that platform/angulation — you can adjust height later, but you can’t “convert” a 30° workflow into straight or 17° without re-impressing.

Upgrade to XGATE Multi-Units

16/03/2026

Simultaneous Implant Placement + Guided Bone Regeneration in the Posterior Maxilla — New Clinical Case by XGATE Dental

Dr. Michael Carmy (Rialto, California, USA) shares a predictable approach to treating severe posterior maxillary bone deficiency using simultaneous implant placement + sinus augmentation — followed by a prosthetically driven restoration on XGATE V-Type Multi-Unit Abutments.

The case involved:
👉 Severe bone volume deficiency in the posterior maxilla
👉 Placement of two implants despite limited native bone (Ø5.0×10 mm molar, Ø4.2×10 mm premolar)
👉 Lateral window sinus lift using Urban-style dual-membrane stabilisation
👉 “Sticky bone” graft: 50/50 autogenous bone + xenograft, enhanced with GEM 21S (rhPDGF)
👉 Final restoration on 1 mm V-Type MUAs with screw-retained bridge delivery

This case is a great example of the XGATE prosthetic standard positioning in a real clinical workflow: implants are the anchor — predictability comes from the platform. When augmentation is needed, the end goal isn’t just “more bone,” it’s prosthetically favourable implant positioning + a stable multi-unit interface that protects material thickness, seating, and long-term maintenance.

🦷 The full case is now available on our website https://xgate.dental/implant-placement-bone-regeneration/

⁠With XGATE Ecosystem dentist care for patient in long term perspective.

12/03/2026

A full-arch maxilla can look perfect in CAD — and still fail at seating, stability, and maintenance.
This case, presented by Dr. Alexander Sikharulidze (Tbilisi, Georgia), shows a full digital workflow where the real enabler wasn’t the scanner — it was the prosthetic platform.

Challenge: immediate loading in the maxilla, limited vertical space in key zones, and the need for a restoration that adapts to the ridge with a truly passive fit.

Solution: Solution: a staged digital protocol built with the XGATE ecosystem. By combining ultra-compact V-Type Multi-Unit Abutments (Straight) and matching scan bodies, the workflow remains fully digital—from a long-term PMMA provisional through to the final screw-retained zirconia bridge.

When the prosthetic connection is stable and the profile is compact, digital stops being “marketing” and becomes predictability. The full case is available via the link – https://xgate.dental/full-arch-restoration-digital-protocol/

XGATE is a Standard in Restoration

11/03/2026

Short implants (≤6 mm) aren’t a shortcut — they’re a risk trade-off.

We still consider 8 mm the gold standard whenever anatomy allows, it’s the default choice for predictable long-term stability. But there are exceptions where 8–10 mm is simply not possible without adding surgical risk. In those cases, ≤6 mm implants can be a rational alternative and this is exactly what we cover in the article.

Clinical literature also shows why “avoiding augmentation when feasible” matters:
• Classic sinus lift: ~10% complications (Schwartz-Arad et al., 2004)
• Vertical augmentation with titanium mesh/membrane: ~40% (Merli et al., 2007)
• Inferior alveolar nerve lateralization: ~21% irreversible (Ferrigno et al., 2005)
• Distraction osteogenesis: ~75% complications (Enislidis et al., 2005)

10/03/2026

Choosing the wrong implant design doesn’t fail immediately. It fails years later. Part 2 of our in-depth article explores how torque, bone density, and implant geometry directly influence long-term stability.

Through real clinical cases, we analyze:
• When reverse taper protects cortical bone
• Why cancellous implants are critical in D3–D4 bone
• How improper implant selection leads to early crestal bone loss
• Immediate placement protocols in complex cases

This is not a theory. This is physics + biology + long-term radiographic evidence. If you work with immediate loading, flapless protocols, or full-arch cases – implant design is not a detail. It’s the foundation.

Read the full article and review the clinical examples – https://xgate.dental/implant-shape-clinical-application/

05/03/2026

More Space. More Stability. More Control.

The V-Type Multi-Unit Abutment is engineered to give clinicians unmatched restorative freedom.
A smaller cone and a wider platform allow greater zirconia thickness, stronger prosthetics, and superior long-term durability.

With passive screw fixation, universal compatibility, and up to 40° angulation correction, V-Type simplifies your workflow while delivering predictable, aesthetic results — from small bridges to full-arch cases.

➡ Premium MUA trusted by leading professionals worldwide.
➡ Designed for modern restorative dentistry.

03/03/2026

From Removable to Permanent: Screw-Retained Zirconia Bridge on XGATE V-Type Multi-Unit Abutments – New Clinical Case

A new case study is now live!
Dr. Sergey Goykhman presents a full mandibular rehabilitation, replacing a clasp-retained removable denture with a screw-retained zirconia bridge on six XGATE V-Type MUAs.

The case involved:
👉 Extraction of teeth #34 and #48
👉 Guided placement of 6 implants (internal hex connection)
👉 Straight V-Type MUAs (1–3 mm) placed at surgery
👉 Final zirconia bridge with increased material thickness for strength
👉 Full digital workflow from planning to restoration

Thanks to the ultra-compact profile and precision design of V-Type MUAs, the team achieved excellent retention, strong esthetics, and a seamless workflow — even with limited vertical space.

🦷 See the full case now – https://xgate.dental/removable-to-permanent-restoration/

26/02/2026

Titanium, zirconia, or PEEK – which material performs best under real-world stress in Full Arch-on-4?

Our new article dives into a detailed FEA simulation comparing three common implant materials under perpendicular and angled loads.
The results may surprise you – especially when it comes to deformation, stress distribution, and the long-term durability of screw-retained restorations.

This is a must-read for any clinician working with Full Arch prosthetics or evaluating alternative materials – https://xgate.dental/titanium-zirconia-peek-full-arch/

24/02/2026

Need maximum height + small screw access?

This video walks you through the 4 mm small hole sleeve for V-type MUAs — fully optimized in Exocad.

💡 Stop guessing. Start designing smarter. More tutorials in your feed soon.

20/02/2026

XGATE Dental & GIENGI: Digital Solutions Conference in Batumi

On February 13 at Hilton Batumi, XGATE Dental and our Georgian partner GIENGI hosted the “Digital Solutions for Orthopedic Rehabilitation” conference — bringing together orthopedic surgeons, prosthodontists, and dental technicians focused on one goal: making digital workflows practical and predictable.

Highlights:
▪ Salikh Sadikov — surgical–prosthetic interface strategies
▪ Dmitry Goberman — XGATE vision and digital integration
▪ Artiom Azatian — Exocad libraries and CAD/CAM workflow

Plus real clinical case reviews and hands-on discussion.
Thank you to everyone who joined us in Batumi. Follow us for upcoming events and trainings.

19/02/2026

A brand-new article is on the website🔥 "MUA Screw Loosening Etiology in Full-Arch Prostheses: Biomechanical Mechanisms and Clinical Thresholds" - https://xgate.dental/mua-screw-loosening-full-arch-etiology/

Check it out!

19/02/2026

We compared the key mechanical characteristics of three implant materials using finite element analysis to see how they behave in a Full Arch-on-4 configuration.
The table below shows how each material responds to perpendicular and angled loads, revealing major differences in deformation, stress distribution, and load dissipation.

Understanding these numbers helps clinicians make informed decisions — not based on trends, but on biomechanics and long‑term reliability – https://xgate.dental/titanium-zirconia-peek-full-arch/

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