Category

IM Nails

IM Hip Nail

According to CDC data, hip fractures are the most serious and costly fall-related type of fracture. The OIC Hip Nail System is a smart solution for the new world of healthcare, demanding clinical excellence at a bottom line that keeps our heads above water.

As the core of OIC’s hip fracture solution portfolio, the Hip Nail System boasts unparalleled value and uncompromising quality in design and build. Radiolucent carbon-fiber jigs provide unobstructed views under fluoroscopy, while a pre-loaded cannulated set screw virtually erases fiddle-factor.

The OIC Hip Nail has one-meter curvature – a superb anatomic fit with fiscal responsibility.

Features

  • 127.5°, 10mm and 11mm diameter short nail (180mm)
  • 127.5°, 11mm diameter long nail (320mm – 440mm)
  • 10mm diameter lag screw (70mm – 120mm)
  • 1 meter curvature for optimal anatomic fit
  • Pre-loaded cannulated set screw mitigates fiddle-factor
  • Leverages the OIC IM Nail System Instrumentation
  • Manufactured of Type II Anodized Ti-6Al-4V

Video

Im Hip Nail Animation

Short OIC Hip Nail Setup

Long OIC Hip Nail Setup

Tibial Nail

Data indicates that the tibia is the most commonly fractured long bone in the body. From low-energy contact in sports to auto and factory accidents, it’s a fracture touching every demographic.

With a shape engineered to optimally fit all patient anatomies, the OIC Tibial Nail has been designed with value and predictable outcomes in mind – it’s value that reaches all of us.

Static and dynamic locking options provide for a range of options to help treat a broad spectrum of fracture patterns. The OIC Tibial Nail interfaces with OIC’s IM Nail System instrumentation, creating instant familiarity for surgeon and clinical staff alike.

Features

  • Available in 9, 10, and 11.5mm diameters and lengths between 280mm to 420mm
  • 10° Herzog curve preserves cartilage and meniscus integrity at entry point
  • 2° Distal bend for decreased posterior impingement
  • Locking cross lock screws for maximum axial stability
  • 5mm far Distal Hole for distal fractures
  • Dynamization slot for up to 7mm of compression
  • Semi-extended instrumentation available
  • Modular instrumentation for OIC Nail Line is intuitive and flattens learning curve
  • Manufactured of Type II Anodized Ti-6Al-4V

Video

OIC Suprapatellar Tibial Nail - Scrub Tech Setup

OIC Infrapatellar Tibial Nail - Scrub Tech Setup

Trochanteric Antegrade Nail

Regardless of anatomy, fracture pattern or surgical approach, all patients deserve the value and outcomes only OIC can provide. The Trochanteric Femur Nail is testament to this. From simple to complex femur fractures, and regardless of technique, surgeons can broaden their ability to improve value for their patients.

Features

  • Available in 10 ,11.5, and 13mm diameters, ranging in length from 340mm to 440mm
  • 4 degree lateral bend for easy trochanteric insertion
  • 1.5 meter curvature
  • Static and dynamic locking capabilities help to achieve optimal fracture stabilization
  • 5mm cross-lock screws ranging from 25mm to 100mm
  • Color coded implants for ease of use
  • Manufactured of Type II Anodized Ti-6Al-4V

Antegrade / Retrograde Nail

According to Occam’s Razor, the simplest answer is the correct one. Here at OIC, we could not agree more. That’s why the OIC intramedullary femur nail supports indications for both retro- and antegrade approaches. One nail, two approaches – it’s that simple.

The OIC Femur Nail is available in three diameters across multiple lengths, accommodating a broad range of anatomies. Intuitive instrumentation creates instant familiarity for surgeons and staff alike.

Features

  • Available in 10, 11.5, and 13mm diameters (Lengths of 340mm to 440mm)
  • Antegrade and retrograde approaches in one implant solution
  • Modular instrumentation for OIC Nail Line is intuitive and flattens learning curve
  • Radiolucent carbon fiber instrumentation supports an unobstructed visual under fluoroscopy
  • Manufactured of Type II Anodized Ti-6Al-4V
Orthopaedic Implant Co.