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Home > Cannulated Screws > Cannulated Headless Compression Herbert Bone Screw Set Titanium Locking Orthopedic Trauma Surgical Implants Screws Price
Cannulated Headless Compression Herbert Bone Screw Set Titanium Locking Orthopedic Trauma Surgical Implants Screws Price
Cannulated Headless Compression Herbert Bone Screw Set Titanium Locking Orthopedic Trauma Surgical Implants Screws Price
Cannulated Headless Compression Herbert Bone Screw Set Titanium Locking Orthopedic Trauma Surgical Implants Screws Price
Cannulated Headless Compression Herbert Bone Screw Set Titanium Locking Orthopedic Trauma Surgical Implants Screws Price
Cannulated Headless Compression Herbert Bone Screw Set Titanium Locking Orthopedic Trauma Surgical Implants Screws Price
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Cannulated Headless Compression Herbert Bone Screw Set Titanium Locking Orthopedic Trauma Surgical Implants Screws Price
Cannulated Headless Compression Herbert Bone Screw Set Titanium Locking Orthopedic Trauma Surgical Implants Screws Price
Cannulated Headless Compression Herbert Bone Screw Set Titanium Locking Orthopedic Trauma Surgical Implants Screws Price
Cannulated Headless Compression Herbert Bone Screw Set Titanium Locking Orthopedic Trauma Surgical Implants Screws Price
Cannulated Headless Compression Herbert Bone Screw Set Titanium Locking Orthopedic Trauma Surgical Implants Screws Price

Cannulated Headless Compression Herbert Bone Screw Set Titanium Locking Orthopedic Trauma Surgical Implants Screws Price

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Product Description

Basic Information
Color
Customized
Application
Trauma Surgery
Material
Titanium Alloy
Transportation
Air / Express Delivery
Package
Plastic Bag / Carton
Specification
3.0 / 3.5 / 4.0 / 5.0
Origin
China
HS Code
902110000
Capacity
300,000 Pieces / Year
Product Showcase
Bone Screw 1
Bone Screw 2
Bone Screw 3
Bone Screw 4
Bone Screw 5
Bone Screw 6
Bone Screw 7
Bone Screw 8
Bone Screw 9
Bone Screw 10
Surgical Technique

The surgical technique of cannulated headless compression screws generally involves the following standardized steps:

1. Incision and Exposure Make a small incision (1-3 cm) near the fracture site, avoiding important nerves and blood vessels. Gently separate soft tissues layer by layer to fully expose the fracture end.
2. Fracture Reduction Use manual traction and rotation to restore anatomical position. Continuously monitor the reduction effect under C-arm fluoroscopy.
3. Guide Wire Insertion Determine the entry point based on fracture location. Under fluoroscopic guidance, insert the guide wire along the path until it reaches the appropriate position.
4. Determination of Screw Length Use a dedicated measuring device over the guide wire for accuracy. Alternatively, use a second guide wire to measure the difference in length for drilling depth.
5. Drilling Select the appropriate cannulated drill bit. Drill along the guide wire using irrigation solution for cooling to minimize thermal injury.
6. Screw Insertion and Fixation Mount the screw head onto the compression sleeve and insert manually. Further turning closes and compresses the fracture. Advance until the head is flush with the bone.
7. Wound Closure Irrigate the wound with saline, suture in layers (deep tissues then skin), and apply appropriate dressing or splint.
Technical Specifications
Ref. Number Description Size (Diameter * Length) Material
T3602-0101 to 0110Cannulated Headless Compression Screw(Hex)3.0 * 12mm - 30mmTitanium Alloy (TC4)
T3602-0201 to 0214Cannulated Headless Compression Screw(Hex)3.5 * 14mm - 40mmTitanium Alloy (TC4)
T3602-0301 to 0320Cannulated Headless Compression Screw(Hex)4.0 * 16mm - 60mmTitanium Alloy (TC4)
T3602-0401 to 0420Cannulated Headless Compression Screw(Hex)5.0 * 20mm - 70mmTitanium Alloy (TC4)
Product Overview

What is a Cannulated Headless Compression Screw?

A Cannulated Headless Compression Screw (CHCS) is a specialized orthopedic implant used to fix bone fractures, particularly scaphoid fractures. It generates compression across the fracture site prior to being countersunk below the articular surface.

Key Advantages

  • Reduced Soft Tissue Damage: The headless design minimizes protrusion and irritation to surrounding tissues.
  • Increased Stability: Provides superior fixation compared to traditional screws, reducing the risk of hardware failure.
  • Minimally Invasive: Suitable for modern surgical techniques resulting in faster recovery.
  • Improved Range of Motion: The smaller profile allows for better joint mobility post-operation.
  • Reduced Infection Risk: The cannulated center allows for efficient irrigation.
Frequently Asked Questions
Are you a manufacturer or a trading company?
We are a professional orthopedic manufacturer established in 2013, specialized in producing high-quality surgical implants with CE and ISO13485 certifications.
What materials are used for these screws?
Our cannulated headless compression screws are typically manufactured from medical-grade Titanium Alloy (TC4) or Stainless Steel to ensure biocompatibility and strength.
What is the recovery time after surgery?
Recovery varies by patient and fracture severity. Generally, rehabilitation begins a few weeks after surgery, with significant improvement seen over several months of physical therapy.
Can these screws be removed after the bone has healed?
While many patients keep the implants permanently, they can be removed if they cause discomfort or complications, following a consultation with a physician.
Do you provide OEM services for orthopedic implants?
Yes, OEM manufacturing is one of our core strengths. We have extensive experience acting as an original equipment manufacturer for various global medical brands.
What are your standard payment and delivery terms?
Our standard terms are 30% T/T in advance and 70% before shipment. Lead times are approximately 30 days for implants and 45 days for surgical instruments.

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