Orthopaedic Instruments

Product Details:

A bone hook is a surgical instrument used in orthopedic procedures to manipulate and hold bones, tendons, or other structures during surgery. It provides a secure grip on the bone or tissue, allowing the surgeon to lift, move, or stabilize the area being operated on. Bone hooks come in various sizes, shapes, and designs to accommodate different surgical needs.

Key features of bone hooks include:

1. Design: Bone hooks typically consist of a handle and a hook-shaped working end. The working end may be curved or straight, depending on the intended use. The hook is designed to engage with bone or tissue and provide a secure hold.

2. Hook Shape: The hook may have a single or double curve, allowing it to engage with bones or tissues from various angles. The shape of the hook is designed to minimize trauma to surrounding tissues while providing effective control.

3. Sizes: Bone hooks come in different sizes to accommodate different anatomical structures and surgical requirements. Larger hooks may be used for larger bones or structures, while smaller hooks are used for more delicate procedures.

4. Materials: Bone hooks are typically made from stainless steel or other medical-grade materials to ensure durability, resistance to corrosion, and ease of sterilization.

5. Applications: Bone hooks are used in a variety of orthopedic procedures, including:

   • Fracture reduction: Manipulating and aligning bone fragments during the healing process.
   • Joint surgeries: Holding bones or tendons in place during joint replacement or repair procedures.
   • Spinal surgeries: Facilitating the placement of spinal hardware or implants.
   • Tendon repairs: Holding tendons in position during repair or reattachment.

6. Safety: The design of bone hooks often includes features to minimize tissue damage and trauma. Smooth or rounded edges on the hook help prevent inadvertent injury to adjacent tissues.

Additional Information:

• Production Capacity: 1000+
• Delivery Time: 5-7 days
• Packaging Details: CORRUGATED BOX

Product Details:

An orthopedic nail removal set is a specialized medical tool kit designed for the purpose of safely and effectively removing orthopedic nails from bones. Orthopedic nails, also known as intramedullary nails or rods, are commonly used in surgical procedures to stabilize fractures and promote the healing of bones. When it becomes necessary to remove these nails, a specialized set of instruments is employed by orthopedic surgeons to perform the procedure.

The typical components of a nail removal set may include:

1. Extractor Instruments: These are designed to grip and extract the orthopedic nail from the bone. Extractors are often equipped with mechanisms to securely grasp the nail, providing the surgeon with control during the removal process.

2. Drill Bits: In some cases, it may be necessary to drill into the nail to facilitate its removal. Drill bits included in the set are designed to work specifically with orthopedic materials.

3. Guides and Templates: These tools assist the surgeon in precisely guiding the removal process, ensuring accuracy and minimizing damage to surrounding tissues.

4. Depth Gauge: To measure the depth of the nail within the bone, ensuring that the removal process is performed at the correct location.

5. Implant Extractors: Specialized tools for extracting different types of implants or screws that may be used in conjunction with orthopedic nails.

6. Sterilization Case: A container or case for sterilizing and organizing the various components of the nail removal set.

7. Instrument Tray: A tray used during the surgical procedure to organize and present the necessary instruments in a sterile manner

Additional Information:

• Production Capacity: 1000+
• Delivery Time: 5-7 days
• Packaging Details: box

Product Details:

A cerclage wire passer is a surgical instrument used in orthopedic and trauma surgery for procedures that involve the application of cerclage wires. Cerclage wires are used to encircle and stabilize bone fragments, often in cases of fractures or bone fixation. The wire passer is designed to facilitate the precise threading and passage of these wires around bone structures.

Here's an overview of the key features and uses of a cerclage wire passer:

1. Design: A cerclage wire passer typically consists of a handle, a flexible shaft or wire loop, and a mechanism for manipulating the wire. The handle is ergonomic and easy to grip, allowing the surgeon to control the instrument's movement with precision.

2. Flexible Shaft or Wire Loop: The main feature of the cerclage wire passer is its flexible shaft or wire loop. This component is used to loop the cerclage wire around bone fragments. The flexibility of the shaft or loop enables it to be maneuvered around complex bone shapes without causing excessive trauma.

3. Wire Manipulation Mechanism: The cerclage wire passer often includes a mechanism for manipulating the cerclage wire through the loop or shaft. This mechanism might involve twisting, pulling, or otherwise securing the wire to ensure it remains in place during threading.

4. Cerclage Wire Application: Cerclage wires are used to provide circumferential stabilization to fractured bones or bone fragments. The passer aids in placing the wire around the bone's circumference, holding the fragments together and allowing for proper healing.

5. Applications: Cerclage wire passers are commonly used in orthopedic procedures such as:

   • Fracture fixation: Stabilizing bone fragments in cases of complex fractures or where other fixation methods are not suitable.
   • Osteotomy: Correcting bone deformities by cutting and realigning bone segments.

6. Variability: Cerclage wire passers come in different sizes and designs to accommodate various bone sizes and shapes. Some may have detachable or adjustable wire loops to allow for versatility in different surgical scenarios.

7. Sterilization: Like all surgical instruments, cerclage wire passers need to be thoroughly sterilized before each use to prevent infections.

8. Training and Experience: Proper training and experience are essential for using a cerclage wire passer effectively. Surgeons must have a good understanding of the anatomy, the type of fracture or procedure, and the appropriate tension to apply to the cerclage wire.

9. Maintenance: After each use, the cerclage wire passer must be cleaned, sterilized, and inspected to ensure it's in optimal condition for the next surgical procedure.

Additional Information:

• Production Capacity: 1000+
• Delivery Time: 5-7 days
• Packaging Details: CORRUGATED BOX

Product Details:

An orthopedic chisel is a surgical instrument used in orthopedic and bone-related procedures to cut, shape, or sculpt bone. Chisels are designed to remove bone tissue with precision, allowing surgeons to create clean edges, make controlled cuts, or shape bone surfaces during various orthopedic surgeries. These instruments are particularly useful in procedures involving joint replacements, fracture repairs, osteotomies, and bone grafting.

Key features of an orthopedic chisel include:

1. Design: An orthopedic chisel typically consists of a handle and a sharp, wedge-shaped working end. The working end may be straight or slightly curved to facilitate specific cutting or shaping tasks.

2. Working End: The sharp edge of the chisel is designed to penetrate bone tissue while minimizing damage to surrounding structures. Some chisels may have different types of cutting edges, such as beveled or straight edges, to accommodate different surgical needs.

3. Sizes and Shapes: Orthopedic chisels come in various sizes and shapes to suit different anatomical areas and surgical requirements. The size and angle of the chisel may vary based on the specific application.

4. Materials: Chisels are typically made from high-quality stainless steel or other medical-grade materials to ensure durability, resistance to corrosion, and ease of sterilization.

5. Applications: Orthopedic chisels are used in a variety of surgical procedures, including:

   • Joint replacements: Shaping bone to accommodate prosthetic implants.
   • Osteotomies: Cutting and reshaping bones to correct deformities.
   • Fracture repairs: Creating clean edges and surfaces after fracture reduction.
   • Bone grafting: Preparing bone surfaces for graft placement.

6. Safety: The design of orthopedic chisels often includes features to minimize the risk of damaging adjacent tissues. The sharp working end is carefully designed to provide efficient bone removal while avoiding excessive pressure on surrounding structures.

It's important to note that the use of orthopedic chisels requires proper training and expertise. Surgeons and medical professionals who work in orthopedic surgeries are skilled in selecting the appropriate instruments and techniques to achieve successful surgical outcomes while

Additional Information:

• Production Capacity: 1000+
• Delivery Time: 5-7 days
• Packaging Details: CORRUGATED BOX