OSSEOTOUCH · Magnetic Mallet System

Kit Dynamic Guided

The first guided system that condenses, doesn't drill

Magnetodynamic Guided Implant Surgery · 5 osteotomes + 5 stops · RealGuide · ImplaStation · smop compatible · also known as the Drill-Free Guided Surgery Kit

A magnetodynamic site-preparation kit that integrates with digital surgical guides (dental surgical guides / implant surgical stents). The 5 DGUIDED osteotomes condense and laterally distract bone instead of subtracting it — supporting an approach that aims to preserve cortical bone and improve site quality during guided implant placement. Designed as a sleeve-compatible adapter that complements existing 3D-printed surgical guide workflows (Formlabs, SprintRay, exocad). Standard 5 mm sleeve diameter.

Kit Dynamic Guided — DGUIDED magnetodynamic osteotomes and stops for the OSSEOTOUCH Magnetic Mallet, sleeve-compatible adapter for digital surgical guides
Guided implant surgery·Drill-free preparation·Surgical stent compatible·Magnetodynamic osteotomes·RealGuide·ImplaStation·smop·D3-D4 maxilla·Guided implant surgery·Drill-free preparation
01 The clinical problem

Conventional guided surgery
fights the bone it's trying to preserve

Traditional guided surgery relies entirely on rotary drills for site preparation. External irrigation cannot reliably reach the osteotomy beyond the surgical guide — creating a recognized risk of frictional heating during the preparation phase. Protocols require numerous sequential steps. And the drills work by subtraction — removing bone, especially problematic in low-density maxillary cancellous sites where mismatch between osteotomy and fixture compromises primary stability.

02 The Kit Dynamic Guided approach

Guided preparation
that condenses, doesn't drill

Kit Dynamic Guided integrates magnetodynamic osteotomes into the guided surgery workflow. The digital surgical guide provides trajectory and 3D positioning; the magnetodynamic preparation works through lateral expansion and progressive cortical compaction — without bone subtraction. The kit simplifies the conventional drilling sequence into 5 osteotomes + 5 stops: a linear, repeatable protocol designed to avoid rotary friction heat during the preparation phase.

02

A new era
in guided surgery

OSSEOTOUCH walks through Kit Dynamic Guided — the magnetodynamic osteotomes, the depth stops, the guide compatibility, and the workflow that replaces rotary subtraction with lateral bone condensation.

Kit Dynamic Guided — A new era in Guided Surgery (OSSEOTOUCH explainer video)
Explainer · OSSEOTOUCH Magnetic Mallet

Kit Dynamic Guided — A new era in Guided Surgery

Walkthrough of the magnetodynamic guided sequence: osteotome series, depth stops, sleeve compatibility, and the bone-condensation workflow that complements 3D-printed surgical guides.

03

Six benefits
of magnetodynamic guided surgery

One handpiece. One sleeve-compatible adapter. Six reasons guided implant preparation becomes more bone-preserving and more predictable than conventional rotary protocols.

01

No bone subtraction

Osteotomes condense and laterally distract cancellous bone instead of removing it. The volume of bone available for the implant is preserved end-to-end.

02

Avoids rotary friction heat

Magnetodynamic advancement is non-rotary. Avoids the rotary friction heat conventional drilling generates inside the guide where external irrigation cannot reach.

03

Simplified drilling sequence

5 osteotomes + 5 stops simplify the conventional guided-surgery drilling sequence. A linear, repeatable protocol — easier to standardize across cases and across operators.

04

Higher primary stability potential

Lateral compaction of cancellous bone supports the seating torque range commonly associated with immediate-loading protocols, particularly in soft maxillary sites.

05

Surgical-guide adapter compatibility

Designed as a sleeve-compatible adapter for 3D-printed surgical guides — works with Formlabs, SprintRay, exocad, RealGuide, ImplaStation, smop printed guides without changing your planning software.

06

Calibrated millimeter control

Stops with reduction rings (0.5 / 1.5 mm) and laser-marked osteotomes allow controlled depth advancement. The guide maintains the planned axis throughout the preparation.

Bring magnetodynamic guided surgery
to your practice

Talk with our specialist to evaluate Kit Dynamic Guided for your guided implant workflow, check compatibility with your existing surgical-guide vendor, or request a demo.

04

Five osteotomes, five stops
one guided protocol

A compact kit replacing the conventional drilling sequence. Designed to integrate into any digital guided surgery workflow.

Kit Dynamic Guided open — DGUIDED osteotomes, calibrated stops, fork adapter for digital surgical guides

5 DGUIDED osteotomes

CodeRole in sequence
DGUIDED 100First entry, site centering
DGUIDED 160Progressive widening
DGUIDED 200Lateral expansion + cancellous compaction
DGUIDED 230Coronal preparation for 4.2 mm-platform implants
DGUIDED 330Coronal preparation for 5 mm-platform implants

Accessories included

5 calibrated millimeter stops for depth control · reduction rings 0.5 mm and 1.5 mm to fine-tune stops · angled fork adapter for tubular open guides and posterior sectors.

Optional add-on

A separate 5-drill access set (DLC-coated stainless steel, Ø 2.0 mm, lengths 6 / 8 / 10 / 12 / 14 mm) is available as an add-on for clinicians who need rotary cortical access support in particularly dense bone. Not included in the Standard configuration.

Two configurations

Standard — Compatible with any implant brand. Osteotomes, stops, fork adapter.
Extra — Standard + dedicated mounters and screwdrivers for OSSEOTOUCH implants (Connect K and Only One lines).

Software & guide compatibility: included in RealGuide and ImplaStation libraries; clinically used with smop. Sleeve diameter 5 mm standard (RealGuide sleeves Ø 5.05 mm, 9 mm offset). Compatible with traditional sleeve guides and tubular open guides via the fork adapter, including chairside-printed guides (Formlabs, SprintRay, exocad). Surgical-grade stainless steel, autoclavable. Compatible with new-generation Magnetic Mallet handpieces.

U.S. orders · available now
Order Kit Dynamic Guided through OSSEOTOUCH USA — fast nationwide delivery, dedicated clinical support.

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05

Four clinical applications
one guided workflow

Kit Dynamic Guided covers the guided implant scenarios where conventional rotary preparation is most likely to compromise primary stability or transmit excessive heat under the surgical guide.

01

Low-density maxillary sites (D3-D4)

Magnetodynamic compaction of low-density cancellous bone in posterior maxilla. The osteotomes condense the bone walls of the osteotomy, supporting primary stability where rotary subtraction often falls short.

02

Narrow ridges requiring lateral expansion

Atraumatic lateral expansion of cortical plates within the guide trajectory, preserving bone volume in cases where rotary preparation would sacrifice the residual ridge. Subject to clinical judgment.

03

Post-extractive immediate implant placement

Guided preparation in fresh extraction sockets where bone preservation and primary stability are critical for immediate loading. Non-rotary preparation aims to preserve the residual bone walls.

04

Flapless mini-invasive guided surgery

Avoidance of rotary friction heat during preparation — particularly relevant in flapless workflows where soft-tissue management is constrained and irrigation access is limited.

U.S. orders · ships nationwide
Add Kit Dynamic Guided to your guided surgery workflow — order through OSSEOTOUCH USA, fast nationwide delivery.

Buy online
06

Documented clinical cases
by international clinicians

Four documented clinical cases of magnetodynamic guided surgery in real practice — different implant scenarios, different anatomic regions, same drill-free protocol.

Guided Surgery with Magnetic Mallet — clinical case demonstration
Clinical case · OSSEOTOUCH

Guided Surgery with Magnetic Mallet

The Magnetic Dynamic kit at work — guided implant preparation with magnetodynamic osteotomes through the surgical guide sleeve, replacing the rotary drilling sequence.

Dr. A. De Maria — Guided Surgery and Magnetic Dynamic Technology in aesthetic area
Clinical case · Dr. A. De Maria

Magnetic Dynamic Technology in aesthetic area

Dr. De Maria demonstrates magnetodynamic guided surgery in the aesthetic anterior region — bone preservation and atraumatic preparation in a high-visibility clinical scenario.

Magnetodynamic guided surgery — placement of two implants in the upper arch
Clinical case · Upper arch

Two implants in the upper arch

Documented case of magnetodynamic guided placement in the maxillary arch — DGUIDED osteotome sequence through the surgical guide on a real clinical case.

Guided surgery with magnetodynamic technology — clinical case
Clinical case · Magnetodynamic technology

Guided surgery with magnetodynamic technology

Magnetodynamic guided implant surgery in real practice — full preparation sequence with the OSSEOTOUCH Magnetic Mallet through the digital surgical guide.

U.S. orders · ships nationwide
Bring magnetodynamic guided surgery to your practice — order Kit Dynamic Guided through OSSEOTOUCH USA, fast nationwide delivery and dedicated clinical support.

Buy online
07

Common questions
about Kit Dynamic Guided

What is Kit Dynamic Guided and what is it used for?

A magnetodynamic site-preparation kit that integrates with digital surgical guides (dental surgical guides / implant surgical stents) for guided implant surgery. The 5 DGUIDED osteotomes (100, 160, 200, 230, 330) and 5 calibrated millimeter stops simplify the conventional guided-surgery drilling sequence: the surgical guide provides trajectory and 3D positioning while the osteotomes condense and laterally distract bone instead of subtracting it. Also referred to as the Drill-Free Guided Surgery Kit.

Is the kit drill-free?

The core magnetodynamic preparation is rotary bur-free — the DGUIDED osteotomes do not rotate and are non-cutting. An optional access drill set is available as a separate add-on for clinicians who need rotary cortical access support in particularly dense bone. The Standard configuration includes only the osteotomes, stops, and adapters; the optional drill set is purchased separately when needed.

How does it differ from conventional guided surgery with rotary drills?

Conventional guided surgery relies on rotary drills, requires numerous sequential steps, and has a recognized risk of frictional heating because external irrigation cannot reliably reach the osteotomy beyond the guide. Kit Dynamic Guided avoids rotary friction heat during the preparation phase, simplifies the drilling sequence with 5 osteotomes + 5 stops, and condenses bone laterally instead of removing it.

What software and surgical guides is it compatible with?

The system is included in the RealGuide and ImplaStation libraries and has been used clinically with smop. RealGuide sleeves are Ø 5.05 mm with a standard 9 mm offset. Compatible with both traditional sleeve guides and tubular open guides (via the angled fork adapter), including chairside-printed guides. Designed as a sleeve-compatible adapter that complements existing 3D-printed surgical guide workflows (Formlabs, SprintRay, exocad).

Does it compete with dynamic navigation systems like Yomi or X-Guide?

No — Kit Dynamic Guided does not compete with navigation hardware. It works with static 3D-printed surgical guides (low-cost, widely adopted) and replaces only the rotary preparation step with magnetodynamic osteotomes. Complementary positioning rather than alternative — clinicians using static surgical guides gain a rotary bur-free preparation option without changing their planning software or guide-printing workflow.

Does it support immediate loading?

Lateral compaction of cancellous bone supports the seating torque range commonly associated with immediate-loading protocols, particularly in soft maxillary sites where rotary preparation may not achieve sufficient primary stability. Whether immediate loading is appropriate is always a clinical decision based on the achieved primary stability, the bone quality, the implant system, and the prosthetic plan.

What configurations are available?

Two versions. The Standard configuration is compatible with any implant brand and includes osteotomes, stops, and adapters. The Extra configuration includes Standard plus dedicated mounters and screwdrivers for OSSEOTOUCH implants (Connect K and Only One lines). Both configurations require a Magnetic Mallet handpiece. The optional access drill set is available as a separate add-on for either configuration.

What is the FDA regulatory status of the Magnetic Mallet system?

The OSSEOTOUCH Magnetic Mallet is registered with the U.S. FDA under Establishment Registration 3011922183 and product codes EIS · KDG · GEY (21 CFR 872.4565 / 878.4820). U.S. Agent: Thema USA, New York. Kit Dynamic Guided instruments thread onto new-generation Magnetic Mallet handpieces and are fully autoclavable.

Ready to get started?

Talk with our team — we'll help you evaluate Kit Dynamic Guided for your guided implant workflow and run a demonstration at your office or via video call.

Kit Dynamic Guided is part of the OSSEOTOUCH Magnetic Mallet system, manufactured by Meta Ergonomica S.r.l. (Italy). United States: registered with the U.S. FDA under Establishment Registration 3011922183 and product codes EIS · KDG · GEY (21 CFR 872.4565 / 878.4820). U.S. Agent: Thema USA, New York. ISO 13485. Use restricted to qualified dental professionals according to the instructions for use.

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