Hook Locking Plate Type I / Type II

• Hooked Design: The Type I plate features two hooks designed to provide additional fixation at the distal end of bones such as the ulna or tibia, ensuring secure anchoring of avulsion fractures.
• Titanium Material: Made of high-strength titanium, which offers excellent biocompatibility, durability, and resistance to corrosion.
• Hole Configurations: Available in 2 and 3-hole configurations, allowing for flexible screw placement based on fracture type and location.
• Locking Screws Compatibility: Compatible with HA 2.4 mm/2.7 mm locking screws, providing rigid fixation for fractures.
• Bilateral Use: Can be used for both left (L) and right (R) limbs, providing flexibility in surgical application.

Intended Use:

• Distal ulnar avulsion fractures requiring surgical fixation.
• Distal tibial avulsion fractures.
• Small fragment fractures of the distal ulna and tibia.
• Comminuted fractures requiring rigid fixation with locking screws.
• Open or closed fractures where stability is required.

Contraindications:

• Active infection at the surgical site.
• Severe osteoporosis or insufficient bone stock for secure fixation.
• Known allergies to titanium or other implant materials.
• Fractures that can be treated non-surgically or without surgical intervention.

Type I: Hook Locking Plate (L/R) - Product Parameters

• Single Hook Design: The Type II plate features a single hook, designed for use in fractures where a simpler anchoring solution is needed at the distal bone end, such as the ulna or tibia.
• Titanium Material: Constructed from high-strength titanium, ensuring biocompatibility, durability, and excellent corrosion resistance.
• Hole Configurations: Available in 2 and 3-hole configurations, providing flexibility for screw placement depending on the fracture and anatomical location.
• Locking Screws Compatibility: Compatible with HA 2.4 mm/2.7 mm locking screws, offering stable and secure fixation.
• Bilateral Use: Designed for use on both left (L) and right (R) limbs, allowing for a versatile approach to various fractures.

• Distal ulnar and tibial avulsion fractures requiring surgical stabilization.
• Simple avulsion fractures where the fragment requires secure fixation.
• Open or closed fractures of the distal ulna or tibia.
• Small fragment fractures requiring locking screws for fixation.

• Active infection at the surgical site.
• Insufficient bone stock or severe osteoporosis.
• Known allergies to titanium or other implant materials.
• Fractures that do not require surgical fixation.