MPR Long Narrow Tip Hohmann Retractor (Dorr-Style MIS Hip)

Description

The MPR Long Narrow Tip Hohmann Retractor is used for precise tissue retraction in minimally invasive hip procedures. Its narrow profile allows for controlled access in confined surgical spaces, making it ideal for Dorr-style MIS hip approaches.

Key Features

• Long narrow tip design for deep surgical access
• Provides stable and controlled tissue retraction
• Optimized for orthopedic and general surgical applications
• Smooth, polished finish to reduce tissue irritation
• Durable stainless steel construction for repeated sterilization
• Ergonomic design for improved handling and control
• Precision-engineered tip (#3 configuration) for targeted exposure

Related Instruments – Mini Posterolateral Hip Retractor Set

The following instruments are designed to work together as part of the Mini Posterolateral Hip Retractor Set, supporting precision tissue management and surgical exposure during minimally invasive orthopedic procedures:

• MPR937500001 – MPR Long Narrow Tip Hohmann Retractor (Dorr-Style MIS Hip)
• MPR937500002 – MPR Medium Narrow Tip Hohmann Retractor (Dorr-Style MIS Hip)
• MPR937500003 – MPR Short Wide Tip Hohmann Retractor (Dorr MIS Posterolateral)
• MPR937500004 – MPR Double Bend Narrow Hohmann Retractor (Dorr MIS Hip)
• MPR937500007 – MPR Slim Tip Hohmann Retractor (Dorr-Style Hip Procedures)
• MPR937500008 – MPR Dorr Posterior Hip Retractor, Left (MIS Posterolateral)
  
• MPR937500009 – MPR Dorr Posterior Hip Retractor, Right (MIS Posterolateral)
  
• MPR937500010 – MPR Short Slim Tip Hohmann Retractor (Dorr MIS Hip)
• MPR-9375-00 – MPR Femoral Neck Elevator (For Dorr MIS Hip Procedures)
• MPR-9375-12 – MPR Small Bent Hohmann Retractor (Dorr MIS Hip Exposure)
• MPR1048-H – MPR Anterior Acetabular Retractor, 3 Hole Handle (Dorr-Style Hip Surgery)
• MPR-9375-41 – MPR T-Handle Ruler, 4cm
• MPR-9375-42 – MPR T-Handle Ruler, 7cm

These instruments are intended to function as a complementary system, providing optimized access, retraction, and procedural efficiency in orthopedic applications.

Trials available.

A stable, time-proven orthopedic product