Skip to product information
1 of 3

PEAK SURGICAL

Bone Fragment Forceps

Bone Fragment Forceps

SKU:

Regular price $15.40 USD
Regular price Sale price $15.40 USD
Sale Sold out
Tax included. Shipping calculated at checkout.
For Customize Order WhatsApp Us
  • 30 Days Money Back Guarantee.
  • 100% Quality Satisfaction.
  • Medical Grade Steel Reusable.
  • 24/7 Customer Service
View full details

Bone Fragment Forceps: Precision Tools for Orthopedic Surgeries

Trauma and orthopedic surgery often require the manipulation and stabilization of tiny bone fragments. Bone Fragment Forceps bone Fragment Forceps is a surgical instrument that is designed to safely grasp, manipulate and help stabilize bone fragments during surgeries. Thanks to its ergonomic shape and robust construction, this instrument ensures high-quality and efficacy and is a vital instrument for surgeons.

What are Bone Fragment Forceps?

Bone Fragment Forceps are surgical instruments that help to manage and hold bone fragments in repairs, reconstructive surgeries and other surgical procedures. They are designed to ensure a secure hold on tiny or irregularly shaped bone fragments which allows surgeons to move the pieces precisely for fixation or alignment.

Key Features of Bone Fragment Forceps

  1. Serrated Jaws
    The serrated jaws offer a solid, non-slip grip on bone fragments, which ensures the stability of the bone during manipulation.

  2. Ergonomic Handles
    The handles are designed to be comfortable and easy to hand control. The handles minimize the strain on your hands even during prolonged surgical procedures.

  3. Locking Mechanism
    Many models come with an ratchet lock which maintains a constant pressure on the fracture and frees surgeon hands to do other duties.

  4. Durable Construction
    Made of high-quality stainless steel These forceps are impervious to rust and will be used repeatedly for sterilization.

  5. Variety of Sizes and Shapes
    Available in a variety of sizes and jaw shapes to meet different needs and bone fragment sizes.

  6. Lightweight Design
    Despite their robust design, the forceps are lightweight, allowing precision handling and easy movement.

Applications of Bone Fragment Forceps

  1. Fracture Repair
    It is used in order to align and stabilize bone segments after fixation using screws, plates or wires.

  2. Reconstructive Surgery
    It allows for precise placement of bone fragments used in surgical or correctional procedures.

  3. Spinal Surgery
    Essential to manage small bone fragments during surgeries for the vertebrae.

  4. Pediatric and Veterinary Surgeries
    Most often, they are used in smaller-scale operations where precise handling of tiny bone fragments is essential.

  5. Trauma Surgery
    Critical during emergency situations to stop fractures from spreading and prevent any further injury.

Benefits of Bone Fragment Forceps

  • Advanced Precision The serrated jaws as well as the ergonomic design provide the stability and security to bone fragments.
  • Flexibility is suitable for a broad range of orthopedic uses and different sizes of fragments.
  • Durability The surgical-grade stainless steel construction provides longevity and durability.
  • User-friendly User-friendly and lightweight features increase the surgeon's control and ease of use.

Why Choose Bone Fragment Forceps?

Bone Fragment Forceps are a crucial instrument for orthopedic surgeons. The ability of these forceps to hold and hold small bone fragments assures precise alignment and fixing which can lead to excellent surgical results. Their durable construction and flexible design allow them to be used for both veterinary and human applications.

Conclusion

The Bone Fragment Forceps is a vital instrument used in modern surgery for trauma and orthopedics. Its precision-engineered form with ergonomic handle and sturdy construction make it a valuable tool to secure and stabilize bone fragments. When it comes to fracture repair or surgical procedures, this device guarantees accuracy and effectiveness and improves surgical efficiency and the outcomes for patients.