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Hohmann Bone Elevator 90 Degree Angled
- 90° angled design for deep orthopedic surgical access
- 20 mm blade width for effective bone and tissue retraction
- 16.5 cm working length for enhanced exposure in confined areas
- Ideal for joint reconstruction, trauma, and arthroplasty procedures
- Overall Length: 26 cm (10¼")
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Description
The 90° Angled Hohmann Bone Elevator is used when access to the bone is difficult with a straight retractor. The 90-degree bend changes the angle of the working end, making it easier to reach areas deeper in the operative field. It can be used for bone exposure and soft tissue retraction in orthopedic, trauma, and reconstructive procedures.
The blade is 20 mm wide and set at a 90° angle to the shaft. This gives the working end a defined surface for positioning against the bone while tissue is held away from the surgical site. The angled shape can be useful around joint structures and in areas where surrounding anatomy makes direct access difficult.
The instrument has an extended 16.5 cm working length. This provides room to position the handle while the blade is placed at the required point in the surgical field. The design can be used during hip and knee arthroplasty, fracture fixation, pelvic surgery, and orthopedic trauma procedures.
The 90-degree configuration is the main difference between this elevator and a conventional straight Hohmann pattern. Instead of approaching the bone directly along the shaft, the working end reaches the area from a perpendicular angle. This can make a difference when working around the hip, knee, pelvis, or other areas where access is restricted.
It is made from premium surgical-grade stainless steel. It is intended for repeated surgical use and routine sterilization. Proper cleaning and maintenance help preserve the instrument’s surface and its resistance to corrosion.
With its 20 mm wide blade, 90-degree angle, and 16.5 cm working length, the 90° Angled Hohmann Bone Elevator provides an alternative for orthopedic procedures where a different approach to bone exposure is needed. It is suited to deep and restricted surgical fields, including arthroplasty, fracture fixation, pelvic procedures, and orthopedic trauma.



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