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ROOTT global

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Variety & Simplicity. Premium quality dental implants. VARIETY
Each doctor chooses his instruments wisely. To achieve results he needs the flawless tools.

SIMPLICITY
The ROOTT concept represents a synthesis of in-depth research aimed at ensuring easy handling while respecting clinical excellence. Created for dentists by dentists, ROOTT is based on the principle of simplicity, and is built with a combination of profound production knowledge and insight into what is necessary for practitioners in the successful functioning of dental clinics worldwide. ROOTT offers not only a huge selection of dental implants as well as a wide range of accessories and instruments required for dental surgery. Variety in dental implant system is essential to solve every possible clinical case with confidence. It is flexibility and certainty for every doctor in everyday practice. INNOVATIONS
ROOTT products have always been designed with excellence and reliability by utilizing innovative approaches and solutions right from the design stage. Research and cutting-edge innovation have always been the basis for developing and updating ROOTT products. This is the result of diligent and dedicated work and close cooperation with the Open Dental Community—an independent, international team of expert dentists and academic professionals. Liability for each medical device obliges the use of premium quality and safety standards at every stage of production at our manufacturer TRATE, the selection of primary raw materials, and the application of management standards. All ROOTT implants are produced to the highest possible level of precision, providing them with long-lasting durable technical properties. This allows to assure clinicians and practitioners of the absolute reliability of the ROOTT dental implant system, and their confidence is shared globally throughout the industry. ROOTT products are not only premium in terms of their quality and function, their aesthetic appeal is also unique in the market. We are proud to have managed to maintain a balance between standards of extremely high quality and the principles of visual design.

24/10/2026

Anatomic healing solutions: Sculpting soft tissue directly after implant placement. ✨

Shaping precise emergence profiles immediately after implant placement is one of the best ways to preserve gingival architecture.
But traditional physical matrix kits (like conventional Cervico) require a significant upfront investment. At EAO in Lisbon we had a discussion with Dr. Varoufakis about an open-access alternative changing the digital workflow:
Immediate Emergence Profiling: Custom anatomical healing solutions guide soft-tissue contours right from the moment of surgical placement.
In-Office 3D Printing Freedom: Instead of buying expensive physical kits, clinics can access STL files and print custom anatomical healing abutments in-house on their own 3D printers at virtually zero added cost.
Cost-Effective Precision: Democratizing access to digital files allows clinicians to deliver high-tier custom emergence profiles without passing massive overhead costs to the practice or patient.

💬 How are you producing your custom healing abutments? Printing in-office, milling, or using chairside matrices? Drop your thoughts below!

24/10/2026

Frame-stitching is the enemy of passive fit. 🔬
Standard intraoral scanning works wonders for single units and short bridges. But on multi-implant full arches, small stitching deviations compound into massive gaps.
Photogrammetry bypasses image stitching altogether by measuring multi-implant positions simultaneously in 3D space.

✅ No cumulative stitching error
✅ Instant 3D position & orientation calculation
✅ Predictable passive fit on multi-unit abutments Industrial metrology meets modern full-arch implantology.

Have you integrated photogrammetry into your full-arch workflow, or are you still relying on intraoral scans and physical verification jigs? Let us know below! 👇

EAO

24/10/2026

Cervico is time-consuming... and the tissue response to acrylic vs. Zirconia is night and day.
Manual emergence profile systems like Cervico have served clinicians well, but modern 3D workflows and advanced materials are shifting the standard.

1️⃣ Manual acrylic mixing and shaping take significant clinical time compared to automated 3D printing workflows.
2️⃣ Zirconia offers outstanding gingival tissue response, promoting tight epithelial attachment compared to chairside acrylics.
3️⃣ Digital customization allows precise anatomical contouring matched to each patient’s exact tooth position.

📌 Save this post for your next emergence profile case planning!

💬 Which approach do you prefer for custom healing abutments? Manual chairside matrix, 3D printing, or direct Zirconia?
Share your protocol below! 👇

23/10/2026

🎯 When implant positioning is the mission, every detail matters — starting with the pilot drill.

The ROOTT DB2020 pilot drill offers a practical solution for pilot-guided surgery, helping clinicians integrate guided workflows without unnecessary additional investment.

🦷 Here’s the advantage: Use the sleeve for your pilot-guided procedures, receive it free of charge, and get the STL file needed to incorporate the DB2020 into your workflow — without the extra cost of purchasing sleeves separately.

Smarter planning. Greater flexibility. No unnecessary investment.

💬 Would you like to simplify your pilot-guided workflow?
Comment “Sleeve” down below and we will forward you free STL files.

23/10/2026

Why full-arch digital bars fail... ⚠️

95% of full-arch restorative errors happen AFTER the scan is taken.
When a full-arch framework doesn’t sit passively, the scanner usually gets the blame. But real clinical data tells a completely different story. Key takeaways from our interview with the photogrammetry pioneers:

1️⃣ Unmatched Benchmark: Icam methodology delivers 5x - 10x higher precision than standard market alternatives.
2️⃣ Human vs. Hardware: The rarest Icam scan error 110mu was traced directly to an incompletely seated scan body during capture.
3️⃣ The XML Workflow Standard: Exporting data via standardized XML protocols eliminates manual conversion errors between CAD design and milling units.

Accuracy isn’t just about capturing points—it’s about protecting the entire digital chain from scan body seat to final Zirconia sintering.

23/10/2026

🚨 TEXAS, WE’RE READY TO GROW WITH YOU! 🇺🇸

ROOTT is looking to connect with ambitious dental implant distributors in Texas who are ready to bring high-quality implant solutions to more dental professionals and grow together in a competitive market.

With 15 years of experience, Swiss roots, and a presence in over 80 countries, ROOTT offers more than dental implants — we offer an opportunity to build a lasting partnership backed by expertise, innovation, and a global network.

📍 Are you a dental distributor in Texas looking for your next opportunity?
🤝 Let’s explore what we can achieve together!
📩 Apply now!

23/10/2026

Maximum compatibility across interfaces gives clinicians true freedom of choice.

Why limit your prosthetic choices when treating diverse patient cases? We discussed with Mr. Horst Beyer, CEO of Imetric, how expanding compatible prosthetic solutions across major implant systems simplifies clinical decision-making.

1️⃣ Broader Options: Accessing multi-brand connection interfaces keeps your lab and surgical workflow flexible.
2️⃣ Handling Complexity: Specialized solutions for implant-level restorations ensure even tricky cases remain predictable.
3️⃣ Clinician-First Engineering: Products engineered around versatility allow dentists to focus on patient outcomes rather than hardware constraints.

Swipe through to watch the full clip from our congress interview!

23/10/2026

“The real data discrepancy is maybe 10 microns... but literature reports 0.2mm. Why?
Because the STL data was extrapolated wrong.”

Digital dentistry promises perfection, but incorrect data manipulation in software like Exocad can introduce 0.2 mm to 0.3 mm errors — enough to prevent a restoration from fitting altogether!

1️⃣ Scan accuracy vs. Export accuracy: A clean intraoral scan can easily get distorted if file libraries or STL conversions are mishandled.
2️⃣ Exocad workflow precision: Small misalignments in digital implant libraries multiply into huge discrepancies at the seating appointment.
3️⃣ Mind the whole chain: Quality control isn’t just about the scanner; it’s about software settings, file transfers, and library integrity.

Watch the full clip to hear how to spot these digital pitfalls!
📌 Save this post for your lab team and digital workflow protocol!

23/10/2026

Guided Bone Regeneration (GBR) doesn’t always need to involve complex pin or tack placement. By leveraging specialized wide-diameter components like the OsseoProtector (GF0), clinicians can streamline defect management in single-stage procedures.

Wide Diameter: Serves as a wide cover screw/healing component, providing broad physical coverage over crestal defects.
Built-in Membrane Gap: Engineered with an internal 2 mm gap designed specifically to tuck, hold, and secure the regenerative membrane in place.
Tack-Free Graft Stabilization: Eliminates the need for fixation tacks or pins! Simply place your bone graft (e.g., EthOss or synthetic regenerative materials), position the membrane under the OsseoProtector lip, and secure with a sling suture.
Simplified Workflow: Designed for “easy grafting,” this approach maintains space, protects graft volume, and speeds up chairside surgical ex*****on.

💬 How often are you still using tacks for localized GBR, or have you transitioned to component-led membrane stabilization? Let’s discuss in the comments!

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http://www.roott.ch/news, https://odoo.trate.com/r/IER

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