Core Implant

Сипаттама

Core Implant — Primary Stability in Compromised Bone

The IDL Core Implant is engineered for clinical cases where traditional implants fail: severe alveolar atrophy, post-extraction sockets with minimal residual bone, and patients whose bone quality prevents conventional osseointegration protocols. Its aggressive thread geometry engages the dense cortical and basal bone structures that remain stable even in advanced resorption.

Design Philosophy

Core Implant addresses a specific clinical problem: how to achieve predictable fixation when only limited cortical or basal bone is available. The thread profile is deeper and sharper than conventional implants, cutting into dense bone rather than compressing spongy bone. This allows immediate placement in extraction sockets and challenging anatomical zones without requiring bone augmentation or extended healing periods.

Thread and Body Geometry

The implant features sharp, deep, aggressive threads that self-tap through dense cortical bone. The progressive thread design creates mechanical retention in the crestal zone while the apex engages pterygoid or basal structures. The polished neck transitions smoothly into the soft tissue zone, reducing bacterial adhesion at the crestal interface while supporting healthy soft-tissue attachment.

Grand Morse 16° Conical Connection

Core Implant uses the IDL Grand Morse 16° conical prosthetic platform. The single-platform architecture means Core can be combined with Progressive, Zygomatic, and other IDL implants in complex full-arch reconstructions using a unified set of abutments and prosthetic components. The 16° taper creates a mechanical seal at the implant-abutment interface, reducing bacterial colonization and micromovement under occlusal load.

Hydrophilic RBM Surface

The Hydrophilic RBM surface treatment accelerates osseointegration in the limited bone contact zones typical of Core placement scenarios. Faster protein adsorption and osteoblast attachment during the first 24–48 hours improve bone-to-implant contact where traditional surfaces would integrate more slowly.

Material

Commercially pure titanium Grade 4 in accordance with ASTM F67. Grade 4 biocompatibility is particularly relevant for Core placements, where the implant often engages structures in close proximity to neurovascular bundles and sinus membranes.

Clinical Indications

– Severe alveolar atrophy where conventional implants cannot achieve primary stability
– Immediate placement in extraction sockets with compromised bone walls
– Elderly patients with reduced bone density (D3–D4 predominant)
– Full-arch rehabilitation combining cortical and basal anchorage
– Cases contraindicated for sinus augmentation or bone grafting
– Revision procedures after implant failure

Available Sizes

Diameters: 3.75, 4.2, 5.0 mm
Lengths: 16, 18, 20, 22,5, 25 mm
Platform: Grand Morse 16° Conical (single platform, all diameters)

Clinical Considerations

Core Implant placement benefits from CBCT-based surgical planning, particularly when engaging basal or pterygoid bone. The aggressive thread design requires controlled insertion torque — follow IDL drilling protocol to avoid over-compression of cortical structures.

Regulatory Compliance

CE-marked under Medical Device Regulation (MDR). Manufactured in Israel under ISO 9001:2015 and ISO 13485:2016 certified quality systems.

Delivered sterile. Cover screw included. Compatible with the full range of IDL Grand Morse prosthetic components.

From $66 per unit. B2B volume pricing available for clinics and distributors.