Headless Compression Hollow Screw Cannulated Screw Bone Screws Orthopedic Implants Bone Implant

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Product Description

Basic Specifications
Model NO.
Cannulated Screw
Color
Customized
Application
Trauma Surgery
Material
Titanium Alloy
Transportation
DHL / TNT / FedEx / Air Flight
Transport Package
Plastic Bag / Carton
Specification
3.0 / 3.5 / 4.0 / 5.0
HS Code
902110000
Production Capacity
300,000 Pieces / Year
Surgical Technique
1. Incision and Exposure

Make a small incision (1-3 cm) near the fracture site while avoiding nerves and blood vessels. Gently separate soft tissues to fully expose the fracture end.

2. Fracture Reduction

Restore the bone to its anatomical position using manual traction and rotation. Use C-arm fluoroscopy to ensure accurate alignment.

3. Guide Wire Insertion

Determine the entry point and insert the guide wire under fluoroscopic guidance along the designed path until it reaches the appropriate position.

4. Determination of Screw Length

Use a dedicated measuring device over the guide wire. Alternatively, compare with a second guide wire of the same length to calculate the required depth.

5. Drilling

Select a cannulated drill bit and drill along the guide wire. Use irrigation to cool the bit and minimize thermal injury to the bone.

6. Screw Insertion and Fixation

Mount the headless screw onto the compression sleeve and insert manually. Advance the screw until the head is flush with the bone and threads are fully buried.

Product Overview
What is a Cannulated Headless Compression Screw?
It is an orthopedic implant used for scaphoid and long bone fracture fixation. The screw generates compression across the fracture site prior to being countersunk below the articular surface, reducing soft tissue irritation.

Key Characteristics:

  • Headless Design: Minimizes hardware prominence and risk of damage to surrounding soft tissues.
  • Cannulated Center: Allows for precise placement over a guide wire.
  • Titanium Alloy: Provides excellent biocompatibility and high strength for stable fixation.
  • Compression Mechanism: Tapered design promotes faster bone healing by closing fracture gaps.
📷 Product Display
? Frequently Asked Questions
1. What are the primary indications for using CHCS screws?
CHCS screws are primarily used to treat fractures of long bones such as the femur, tibia, and humerus, as well as scaphoid fractures. They are also effective for treating nonunions and malunions.
2. Why is the headless design advantageous in orthopedic surgery?
The headless design allows the screw to be fully buried in the bone, significantly reducing the risk of soft tissue damage and irritation compared to traditional screws with protruding heads.
3. What material is used for these screws and why?
Most CHCS screws are made of Titanium Alloy or Stainless Steel. These materials are chosen for their high strength, durability, and excellent biocompatibility with human bone tissue.
4. How long does the recovery process take after CHCS surgery?
Recovery time varies by case, but patients typically start physical therapy a few weeks after surgery. Full improvement is often seen over several months as the fracture heals under the stable compression.
5. Can these screws be removed after the bone has healed?
While they are designed for permanent fixation, CHCS screws can be removed if they cause pain or complications. This decision must be made by a physician based on clinical evaluation.
6. What certifications do these implants typically hold?
High-quality orthopedic implants are produced under strict quality management systems and typically hold CE and ISO13485 certifications to ensure safety and performance.

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