Omnia Maxil Titanium micro-screws

Micro-screws in titanium alloy ⌀ 1,5 with head ⌀ 3 mm, suitably manufactured for insertion of inner square ( square insert) type tips.

The best micro-screws in terms of stability, since they minimize the usual risk of fall during application phase.

Advantages:

- Cylindrical head screw

- Self-threading

- Chamfered profile head

- Inner square insert for firm grip and safe screwing /unscrewing

-New better performing tip, greater cortical penetration

- Sterile / Ethylene oxide

Micro-screw box
Lid with steel sliding closure.
Both box and lid have micro holes to allow adequate passage of vapor during the sterilization phase. Instruments slots were created with laser engraving.
Thanks to the box the surgeon has a safe place where to store the instruments and have them available during surgery. In this way the handling of the unpacked instruments and the related risk of its loss during surgery  is avoided.

Micro Screws box is composed of:
Handle for screwdriver LM1 in titanium - 70.T1501
Screwdriver tip for Handle LM1, inner square in titanium - 70.T1601
Screwdriver for contra-angle handpiece, inner square in titanium - 70.T1600
1 Guide drill Ø 1.1 x 7 mm for microplates or mesh - 70.T0008
1 Guide drill Ø 1.5 x 15 mm - 70.M0032
5 microscrews – code at choice
1 Titanium mesh 0.1 mm thick - dim. 30x40 mm - 70.T1034


The osteosynthesis system is extremely simple to use: only 3 tools are needed for the application of the titanium alloy microscrews, which are used for the fixation of bone blocks and osteosynthesis microplates, or for the stabilization ofregenerative membranes or titanium meshes.

Screwdriver tip for Handle LM1, inner square in titanium for
Microscrews Ø 1.5 mm

Screwdriver for contra-angle handpiece, inner square in titanium
for Microscrews Ø 1.5 mm

The forceps secure the bone block during shaping and preparation of the guide hole for fixing with Microscrews. They are available in various configurations for easy access even into the rear sections during stabilization of the bone graft to the receiving site.

The forceps secure the bone block during shaping and preparation of the guide hole for fixing with Microscrews. They are available in various configurations for easy access even into the rear sections during stabilization of the bone graft to the receiving site.


The drill is indicated for making the guide hole on the bone block without causing the activation of fractures when screwing in the Microscrews of diam. 1.5.

The pilot drills Ø 1.1 mm have different lengths to suit
different clinical needs

The pilot drills Ø 1.1 mm have different lengths to suit
different clinical needs

The pilot drills Ø 1.1 mm have different lengths to suit
different clinical needs

The pilot drills Ø 1.1 mm have different lengths to suit
different clinical needs