Doyen Bone Mallet | Orthopedic Surgical Hammer – Frago Impex

The Doyen Bone Mallet is a stainless steel surgical hammer used in orthopedic surgery with osteotomes and chisels for controlled bone cutting and reshaping.

Name Doyen bone mallet, Fig. 1-3, (21cm)
Figure (Fig: 1)  (Fig: 2) (Fig: 3)

Description

The Doyen Bone Mallet is a heavy-duty surgical hammer designed for use in orthopedic and trauma surgeries where controlled impact is required. Commonly paired with chisels, gouges, or osteotomes, this mallet allows surgeons to cut, split, or reshape bone with precision while maintaining safety and control.

Crafted from premium German stainless steel, the Doyen Bone Mallet is durable, corrosion-resistant, and capable of withstanding repeated use in demanding surgical settings. Its solid, well-balanced head ensures powerful strikes with minimal rebound, while the ergonomic handle provides a firm grip to reduce surgeon fatigue during lengthy procedures.

The mallet plays an essential role in procedures such as osteotomies, bone reconstructions, and fracture treatments, where controlled force is required to work on dense bone structures.

Key Uses:

  • Assisting osteotomes, chisels, and gouges in bone cutting

  • Performing osteotomies and bone reshaping procedures

  • Orthopedic trauma surgeries requiring precise striking force

Design Benefits:

  • Heavy, well-balanced stainless steel head for efficient impact

  • Ergonomic handle for comfort and stability

  • Provides controlled force without excessive vibration

  • Fully sterilizable and reusable for long-term reliability

The Doyen Bone Mallet is a trusted tool among orthopedic surgeons, combining strength and precision to achieve effective surgical results.

🔗 Discover more precision tools in our Orthopedic Surgical Instruments Collection

Name Doyen bone mallet, Fig. 1-3, (21cm)
Code 46-0624
Category Orthopedic Instruments
Type Forcep
Figure (Fig: 1) (FIg: 2) (Fig: 3)
Material Stainless Steel
Reusable Yes

Additional information

Figure:

Fig: 1, Fig: 2, Fig: 3