Neodent · Grand Morse

Neodent
Helix GM

Full dual-tapered implant with dynamic progressive thread design. Hybrid cylindrical-conical contour for under-osteotomy technique, immediate loading capable.

Dual Taper Grand Morse® 16° Acqua / NeoPoros Immediate Loading Bone Types I–IV 60 N.cm
Acqua Surface
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per unit · hydrophilic SLA
NeoPoros Surface
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per unit · SLA acid-etched
Product
Helix GM — Dual Taper

Product Overview

Full dual-tapered geometry with hybrid contour engineered for precise bone compression and primary stability across all bone densities.

Implant TypeFull Dual-Tapered (Hybrid Contour)
Coronal DesignCylindrical · 2°–12° taper · Trapezoidal compressive threads
Apical DesignConical · 16° taper · Self-tapping V-shape threads · Under-osteotomy technique
Thread DesignDynamic progressive — compressing coronal → self-tapping apical · Double threaded
ApexActive · Soft rounded tip · Helical flutes
ConnectionGrand Morse® · 16° cone morse · Internal indexation · 3.0 mm diameter
PlatformPlatform switching · Compatible with all Grand Morse prosthetics
Surface OptionsAcqua (hydrophilic SLA) · NeoPoros (SLA sandblasted + acid-etched)
Surface RoughnessSa = 0.3–1.3 µm (NeoPoros) · Hydrophilic modified (Acqua)
Diameters AvailableØ 3.5 / 3.75 / 4.0 / 4.3 / 5.0 / 6.0 / 7.0 mm
Lengths Available8 / 10 / 11.5 / 13 / 16 / 18 mm
Bone Type IndicationAll bone types I, II, III, IV · Post-extraction immediate placement
Max Insertion Torque60 N.cm
Immediate LoadingPossible with Acqua surface (hydrophilic, enhanced osseointegration)
MaterialGrade IV commercially pure titanium / Titanium alloy

Key Features

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Hybrid Contour Body

Cylindrical coronal portion (2°–12°) transitions to a 16° conical apical section, enabling under-osteotomy technique for maximum compression in low-density bone without sacrificing coronal stability.

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Dynamic Progressive Threads

Coronal trapezoidal threads compress bone laterally for high primary stability. Apical V-shape threads self-tap for controlled, atraumatic insertion — all in a double-threaded architecture for faster seating.

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Acqua Hydrophilic Surface

Next-level SLA technology kept in saline solution. Super-hydrophilic surface allows blood to spread instantly across the implant, accelerating osseointegration. Enables immediate and early loading protocols.

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Grand Morse® Connection

16° Morse taper cone provides cold-welding seal between implant and abutment, eliminating micro-movement and micro-gap. Platform switching design preserves crestal bone and marginal tissue long-term.

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Active Apex with Helical Flutes

Soft rounded tip prevents perforation of sensitive anatomical structures. Three helical flutes at the apex act as self-cutting chambers, enabling insertion in dense bone and reducing necessary insertion torque.

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Universal Indication

Designed for all bone types I through IV. Suitable for post-extraction immediate placement, healed ridges, and demanding bone morphologies. Single implant system for your entire clinical range.

Acqua vs. NeoPoros

Choose the surface that matches your clinical protocol. Both surfaces share the same implant geometry; the difference is in osseointegration speed and cost.

Acqua Surface

Hydrophilic Super-wettable SLA-based Saline preserved Immediate loading Contact Us / unit

The Acqua surface is a next-generation hydrophilic SLA surface preserved in saline solution to maintain chemical reactivity. The super-hydrophilic nature causes blood and proteins to spread uniformly across the surface within seconds of placement, dramatically accelerating initial clot formation and subsequent osseointegration. Clinically validated for immediate loading protocols with appropriate primary stability. The preferred choice for demanding surgical scenarios and patients requiring shorter treatment timelines.

NeoPoros Surface

SLA sandblasted Acid-etched Sa 0.3–1.3 µm Macro + micro texture Proven osseointegration Contact Us / unit

The NeoPoros surface combines large-grit sandblasting with acid-etching to create a controlled dual-scale roughness (Sa = 0.3–1.3 µm) that maximizes bone-to-implant contact. The macro-texture promotes mechanical interlocking while the micro-texture favors protein adsorption and osteoblastic differentiation. A clinically proven, cost-effective surface with an extensive body of evidence supporting its osseointegration performance in all bone types.

Diameter × Length Matrix

All combinations below are available in both Acqua and NeoPoros surfaces. Contact us to confirm stock availability for specific configurations.

Diameter ↓ / Length → 8 mm 10 mm 11.5 mm 13 mm 16 mm 18 mm
Ø 3.5 mm
Ø 3.75 mm
Ø 4.0 mm
Ø 4.3 mm
Ø 5.0 mm
Ø 6.0 mm
Ø 7.0 mm

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