The slim and permanent implant solution
The Minicone is a one-piece, root-shaped implant with an sand-blasted and acid-etched, rough, residue-free surface, including integrated prosthetic Optiloc® patrix.
Minicone – the slim and permanent implant solution
To retain and insert the implant with the instertion instrument.
Conical neck region that may only be positioned within or slightly above the gingiva.
Variable insertion range
The cylindrically machined neck region can be positioned in the bone or the gingiva, depending on requirements or bone condition.
The lower, largest part of the thread is a self-tapping macro-thread. With its progressive thread flanks, this is primarily designed to achieve the necessary primary stability.
Integrated Optiloc® abutment
- TiN coating
- Maximum hardness combined with the best gliding properties - virtually wear-free abutment
The upper part of the thread is a micro thread to ensure an even and gentle distribution of force into the bone.
Optiloc® Matrix System
The Optiloc® Matrix System with its newly developed technology is a factory-made connection element to secure removable restorations to Optiloc® abutments.
Freedom of movement
The Optiloc® Matrix allows small movements of the prosthesis without disengaging the restoration. However, unlike other matrix systems, the Optiloc® always returns to the initial position.
Retention insert with outstanding handling
The retention inserts made of the high-performance plastic PEEK are manufactured very precisely and can absorb lateral pressure by the patent-protected design. Retention inserts can be inserted and removed within 5 seconds. Accessories, such as the very low impression matrix or easy-to-use matrix housing extractor guarantee stress-free handling.
Slimmer than the market leader, lower than ball attachments. Optimum dimensions now also allow the matrix to be placed where only minimum space is available.
The very slender titanium matrix housings are the ideal solution where only minimum space is available.
The surface quality of the TiN coating (Titanium Nitrite) provides maximum hardness in combination with optimum sliding properties which can reduce abrasion on the abutment and damage to the retention inserts.