CytroFIX® Clavicle Anterior Medial Plate System (All-Titanium Construction)

Delivering Excellence in Clavicle Fracture Fixation with High-Purity Titanium

A CytroFIX® Clavicle Anterior Medial Plate System, under the Cytronics orthopedic brand by INVAMED, provides a meticulously engineered solution for anterior-medial clavicle fracture fixation. Constructed exclusively from high-purity titanium—renowned for its biocompatibility, corrosion resistance, and lightweight strength—this plate system optimizes patient comfort and healing outcomes. Its low-profile design follows clinical insights to fit the clavicle’s anatomy while addressing diverse fracture patterns.

Pure Titanium Alloy

Fabricated from a top-tier, medical-grade titanium (e.g., Ti-6Al-4V ELI), offering superior structural integrity and compatibility.

Conforms to the anterior-medial clavicle surface to ensure minimal soft-tissue irritation and accurate fracture reduction.

Reduces hardware prominence while retaining biomechanical stability for various clavicle fracture morphologies.

Accommodates locking or non-locking titanium screws, with optional variable-angle locking for complex fracture fixation.

Medial or midshaft clavicle fractures requiring stable anterior plating; osteotomy revisions, nonunion scenarios in the anterior-medial region.

Inadequate bone quality for secure screw purchase, active infection at the surgical site, or patient conditions precluding surgery.

Fabricated from a top-tier, medical-grade titanium (e.g., Ti-6Al-4V ELI), offering superior structural integrity and compatibility.

Conforms to the anterior-medial clavicle surface to ensure minimal soft-tissue irritation and accurate fracture reduction.

Reduces hardware prominence while retaining biomechanical stability for various clavicle fracture morphologies.

Accommodates locking or non-locking titanium screws, with optional variable-angle locking for complex fracture fixation.

Medial or midshaft clavicle fractures requiring stable anterior plating; osteotomy revisions, nonunion scenarios in the anterior-medial region.

Inadequate bone quality for secure screw purchase, active infection at the surgical site, or patient conditions precluding surgery.

Műszaki specifikációk

Specifikáció Részlet / érték
Termék neve CytroFIX® Clavicle Anterior Medial Plate System
Anyag Highest-Purity Titanium Alloy (e.g., Ti-6Al-4V ELI)
Lemez profil Low-profile, anatomically contoured for anterior-medial clavicle region
Zárómechanizmus Locking or non-locking titanium screws (variable-angle locking optional)
Csavar átmérő 2.7 mm or 3.5 mm (titanium cortical screws)
Lemezvastagság ~2.0–2.5 mm (slim design to reduce prominence)
Hole Configuration Multiple hole arrays for bridging or compression strategies
Sugárzóképesség Titanium visible under standard fluoroscopy (radio-opaque markers optional)
Sterilitás Non-sterile on delivery (to be autoclaved) or sterile if specified
Szavatossági idő Indefinite if stored properly; reusable subject to recommended inspection cycles
Klinikai javallatok Clavicle fractures (medial/midshaft) necessitating anterior plate fixation, osteotomy corrections
Szabályozási megfelelés Conforms to ISO 13485, CE/FDA (region-specific) for orthopedic trauma implants

Méret és rendelési mátrix

Lemez hossza (mm) Lyukszám Plate Curvature Kompatibilis csavar Termék kód Megjegyzések
60 4 Mild Anterior Bend 2,7 mm Zárható/nem zárható CFX-CAM-60-4-27-Ti Short plate for smaller fractures, titanium screws only
70 5 Mild Anterior Bend 2,7 mm Zárható/nem zárható CFX-CAM-70-5-27-Ti Kiterjesztett fedezet enyhe és közepesen súlyos törések esetén
80 5 Moderate Anterior Bend 2,7 vagy 3,5 mm zárás CFX-CAM-80-5-MX-Ti Bridges midshaft fractures, variable angle holes optional
90 6 Moderate Anterior Bend 3,5 mm-es reteszelés/nem reteszelés CFX-CAM-90-6-35-Ti Suited for larger or multi-fragment fractures
100 7 Enhanced Curvature 3,5 mm-es reteszelés/nem reteszelés CFX-CAM-100-7-35-Ti For complex or long fracture lines
110 8 Enhanced Curvature 3,5 mm-es reteszelés/nem reteszelés CFX-CAM-110-8-35-Ti Longest plate for challenging multi-segment fractures