The MPI™ Dental Implant System introduces a novel implant design, engineered to provide both excellent initial stability and a secure, long-term biological anchor. Key design elements include the innovative Spherical Helix Chamber, which traps blood and bone fragments for assisted osseointegration. The MPI™ beveled collar positions the implant-abutment junction inward, away from the coronal bone, enabling a platform-switching configuration that helps prevent coronal bone resorption. Additionally, the MolecuLock™ biomechanical implant-abutment seal is designed to minimize micro-gaps, creating a barrier too narrow for bacterial infiltration and thereby protecting the crestal bone and soft tissue from peri-implantitis, and improving long-term implant success with optimal aesthetics.

Epicrestal level placement including a beveled collar shifting the implant abutment junction inward, in order to achieve platform-switching configuration;

MolecuLock™: Biomechanical Precision-engineered at a micron level to minimize micro-gaps and reduce the risk of micro-movement; and

Assisted Osseointegration: The unique Spherical Helix Chamber creates a localized structure that acts as a scaffold, promoting wound healing and bone formation through existing osteoblasts.

Implant Body: Delivers high initial stability, even in challenging bone conditions

Molecular Precision Surface Treatment: SLA-based osseointegration

Molecular Precision Implant: Insertion rate of 2.2mm per revolution (Pitch Diameter), offering refined control during initial insertion stages

Cutting Apex Edge: Provides self-drilling and self-tapping capacity to the implant

MPI™ Narrow diameter 3.3mm

The newest member of the Molecular Precision Implant line is the 3.3mm MPI™ implant. This revolutionary narrow implant utilizes a standard 2.43 mm internal hex, allowing the use of the entire Ditron prosthetic range. From 3.3mm diameter up to 6.0mm, the same 2.43mm connection is used without compromising functionality or safety.

We have integrated our 47 years of Aerospace micro-machining and dental knowledge into the design of the 3.3mm narrow implant design.

In order to assure mechanical integrity and long term safety we conducted extensive mechanical stress testing. The following testing was conducted by the Technion (among the world's top 10 science and technology research universities) research labs:

Static - Average static load test showed an average of 773 Nmm

Dynamic - 5 million cycles fatigue limit of 320 Nmm

Maximum - Maximum endured load of 1072 Nmm

MPI™ Short L6.0mm

The Ditron MPI™ Short Implant was designed to allow the clinician to avoid extensive augmentation procedures in patients with insufficient vertical bone for conventional implants.

The Ditron short MPI™ implant is available in 4.2, 5.0 and 6.0mm diameters.

The Ditron short MPI™ implants are intended for subcrestal placement. The implants' beveled collar shifts the implant-abutment junction inward in order to achieve platform-switching configuration. Platform switching generates a perfect environment for the soft-tissue growth and helps prevent bone resorption and improved aesthetic results.

Implants