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Cannulated Cancellous Screw

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Cannulated Cancellous Screw Specification

Usage Type
Single-Use, Surgical

Features
Cannulated shaft for guide wire insertion, Threaded for cancellous bone

Measurement Range
4.0 mm, 6.5 mm diameters; lengths 16 mm to 110 mm

Storage Instructions
Store in dry, sterile conditions

Shelf Life
5 Years (sterile)

Instruments Type
Orthopedic Surgical Implant

Function
Bone Fragment Fixation

Accuracy
Precision-engineered

Equipment Type
Orthopedic Implant Screw

Material
Stainless Steel / Titanium Alloy

Condition
New

Technology
Cannulated, Self-Tapping

Portable
Yes

Wall Mounted
No

Real-Time Operation
No

Noise Level
Silent / Not Applicable

Operating Type
Manual

Use
Orthopedic Surgery, Bone Fixation

Dimension (L*W*H)
Available in multiple lengths & diameters (customizable as per clinical need)

Weight
Lightweight, varies by size

Color
Metallic Silver (Stainless Steel) or Grey (Titanium)

Radiolucency
Radiopaque for imaging detection

Packaging
Individually Blister Packed in Sterile Pouch

Compliance Standard
ISO 13485, CE Marked

Insertion Method
Over a guide wire, percutaneous or open approach

Sterilization
Gamma Sterile or EO Sterilized

Intended Patient Population
Adult / Pediatric (size-dependent)

Head Type
Hexagonal / Slot / Cross or Flat Head, as per design

Reusability
Single-use only

Application Site
Femur, Tibia, Humerus, Ankle, Wrist, etc.

Surface Finish
Polished / Smooth

Corrosion Resistance
High (medical grade material)

Thread Type
Partial or Fully Threaded (Cancellous Thread)

Guide Wire Compatibility
Compatible with standard guide wires

About Cannulated Cancellous Screw

Cannulated Cancellous Screws are widely used in orthopedic trauma surgeries to fix fractures in spongy bone regions, such as the metaphysis of long bones. Manufactured from high-quality surgical-grade stainless steel, they provide durability, strength, and biocompatibility. Advin Health Care supplies these screws to help surgeons achieve precise and stable fracture fixation with minimal soft tissue disruption. The cannulated design allows placement over guide wires, enhancing surgical accuracy, while the coarse thread ensures strong grip in cancellous bone. These screws can be used independently or with plates, offering versatility for a variety of fracture types and supporting optimal functional recovery.

Advanced Features:

High-strength surgical-grade stainless steel construction
Cannulated design for guide wire placement and precise alignment
Coarse threading for secure fixation in cancellous bone
Available in multiple sizes for surgical versatility
Lightweight, durable, and reliable for trauma orthopedic surgery

Precision Engineering for Secure Bone Fixation

Our cannulated cancellous screws are meticulously crafted for accurate and reliable bone fixation, suitable for adult and pediatric patients. The cannulated design allows guided insertion over a standard wire, making them ideal for both percutaneous and open procedures. Crafted from stainless steel or titanium alloy with a polished finish, they offer high corrosion resistance and exceptional strength, ensuring optimal clinical outcomes.

Versatile Application Across Multiple Anatomical Sites

These screws are designed for diverse orthopedic uses, including fixation in the femur, tibia, humerus, ankle, and wrist. Available in a range of diameters (4.0 mm, 6.5 mm) and customizable lengths, they support a variety of fracture patterns and patient anatomies. Their precise threading ensures strong purchase in cancellous bone, promoting rapid healing and stability.

Safe, Sterile, and Convenient Packaging

Every screw is individually blister packed in a sterile pouch, maintaining product integrity until use. They undergo either gamma or EO sterilization, guaranteeing patient safety and a five-year shelf life. Compliance with ISO 13485 and CE marking means they meet rigorous international standards for quality and performance, making them the preferred choice for healthcare providers globally.

FAQ's of Cannulated Cancellous Screw:

Q: How are cannulated cancellous screws inserted during orthopedic surgery?

A: Cannulated cancellous screws are inserted over a standard guide wire, allowing precise positioning. The surgical technique can be percutaneous or via an open approach, depending on the clinical requirement. This guided insertion minimizes tissue trauma and enhances accuracy in bone fragment fixation.

Q: What anatomical sites can these screws be used for?

A: These screws are suitable for fixation in multiple bones including the femur, tibia, humerus, ankle, wrist, and similar anatomical sites. The range of sizes and head designs allows them to accommodate both adult and pediatric patients as needed.

Q: What are the benefits of using cannulated cancellous screws with a radiopaque design?

A: The radiopaque feature ensures that the screws are clearly visible under imaging techniques such as X-rays. This facilitates accurate placement, post-operative monitoring, and helps avoid complications by confirming precise screw positioning.

Q: Are these screws reusable, and how should they be stored before use?

A: No, these screws are single-use only and should not be reused to maintain patient safety. They should be stored in a dry, sterile environment, in their original blister packaging until the point of use, as per the provided storage instructions.

Q: What types of material choices and head options are available for these screws?

A: Cannulated cancellous screws are offered in both stainless steel (metallic silver) and titanium alloy (grey), each with exceptional strength and corrosion resistance. Head types include hexagonal, slot, cross, or flat designs, giving surgeons flexibility based on procedural needs.

Q: When should I use a partial threaded versus a fully threaded screw?

A: Partial threaded screws are typically used to achieve interfragmentary compression by allowing only the threaded portion to grip the bone, while fully threaded screws provide uniform fixation throughout the screw's length. Selection depends on the fracture pattern and desired compression.

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