Locke Phalangeal Bone Holding Forceps are specialized orthopedic surgical instruments designed for the reduction, alignment, and stabilization of phalangeal (finger) and small bone fractures. These forceps are widely used in hand surgery, orthopedic trauma surgery, reconstructive microsurgery, and emergency fracture management where precise control of small bone fragments is essential.

Manufactured from premium medical-grade surgical stainless steel, Locke Phalangeal Bone Holding Forceps offer excellent strength, durability, and corrosion resistance. The high-quality construction ensures that the instrument maintains its gripping power, alignment accuracy, and structural integrity even under repeated sterilization cycles and demanding surgical conditions. This makes it a reliable tool for orthopedic surgeons dealing with delicate bone structures.

The instrument features finely designed serrated jaws that provide a secure and stable grip on small bone fragments without slippage. This allows surgeons to precisely align fractured phalanges and maintain proper positioning during fixation procedures. The controlled grip minimizes the risk of bone damage while ensuring accurate reduction.

Depending on the model, Locke Phalangeal Forceps may include a compact or slightly angled design to improve access to narrow anatomical spaces in the hand and fingers. This allows surgeons to work efficiently in confined surgical fields where precision and visibility are critical.

Ergonomically designed handles provide a comfortable and secure grip, enabling controlled force application during delicate bone manipulation. The balanced construction enhances stability and reduces hand fatigue during prolonged hand and microsurgical procedures, ensuring better surgical precision.

The satin or matte finish reduces glare under operating room lighting and provides a smooth, easy-to-clean surface. Locke Phalangeal Bone Holding Forceps are fully autoclavable and designed to withstand repeated sterilization without loss of mechanical strength or performance. Their resistance to rust, staining, and corrosion ensures long-term durability in surgical environments.

These forceps are widely used in orthopedic hand surgery, trauma surgery, microsurgery, reconstructive surgery, and veterinary small bone procedures. They are particularly effective in treating finger fractures, metacarpal injuries, and other small bone fixation procedures requiring high precision.

Combining precise gripping capability, ergonomic design, and durable stainless steel construction, Locke Phalangeal Bone Holding Forceps are essential instruments for surgeons performing delicate hand and small bone surgeries.

Key Features

• Designed for phalangeal and small bone fracture fixation
• Strong serrated jaws ensure secure bone grip
• Manufactured from premium medical-grade surgical stainless steel
• Ideal for hand surgery and orthopedic trauma procedures
• Compact design for improved access in narrow spaces
• Ergonomic handles provide precise control and comfort
• Balanced construction reduces hand fatigue
• Ensures accurate alignment of small bone fragments
• Satin/matte finish minimizes glare under surgical lighting
• Highly resistant to corrosion, rust, and staining
• Fully autoclavable for repeated sterilization cycles
• Reusable professional-grade orthopedic instrument

Product Specifications Table

FAQs

1. What are Locke Phalangeal Bone Holding Forceps used for?

They are used for holding and stabilizing finger and small bone fractures during orthopedic surgery.

2. In which surgeries are these forceps commonly used?

They are commonly used in hand surgery, microsurgery, orthopedic trauma surgery, and reconstructive procedures.

3. Are these forceps suitable for small bones only?

Yes, they are specifically designed for phalangeal and small bone fixation.

4. What material are they made from?

They are made from premium medical-grade surgical stainless steel for durability and strength.

5. Are they reusable and autoclavable?

Yes, they are reusable and fully autoclavable for repeated sterilization cycles.