Description
CANNULATED SCREWS Ø 4.0MM (PARTIAL THREAD)
PharmAlliance Orthopedic Implants – “Non-Locking Screw System”
Product Overview: CANNULATED SCREWS Ø 4.0MM (PARTIAL THREAD)
PharmAlliance International Labs Private Limited is proud to introduce our Cannulated Screws Ø 4.0MM (Partial Thread), a key component in our “Non-Locking Screw System.” Engineered and developed by our expert R&D department, these screws are designed to provide precision, stability, and reliability in orthopedic surgeries.
Product Name: Cannulated Screws Ø 4.0MM (Partial Thread)
Material: High-Grade Stainless Steel (SS)
Slogan: Alliance of Excellence
Key Features:
- Advanced Design: Our Cannulated Screws Ø 4.0MM feature a partial thread design, which provides exceptional fixation and stability in bone repair. The cannulated design allows for guided insertion using a guide wire, ensuring accurate placement and alignment.
- Enhanced Surgical Precision: The cannulated feature facilitates the use of guide wires, improving accuracy during insertion and reducing the risk of complications. This is crucial for procedures requiring precise positioning and stability.
- Durable and Reliable: Made from high-grade stainless steel, these screws are highly resistant to corrosion and wear. This ensures long-term durability and reliability, even in challenging surgical environments.
- Versatility in Application: Available in a wide range of lengths, our Cannulated Screws Ø 4.0MM cater to various surgical needs, making them suitable for both complex and routine orthopedic procedures.
- Efficient Healing: The partial thread design allows for optimal compression and stability, promoting effective bone healing and recovery. This feature is particularly beneficial in fractures and fixation of bone fragments.
Product Specifications:
- Cannulated Screws Ø 4.0MM (Partial Thread) X 10 MM
- Cannulated Screws Ø 4.0MM (Partial Thread) X 12 MM
- Cannulated Screws Ø 4.0MM (Partial Thread) X 14 MM
- Cannulated Screws Ø 4.0MM (Partial Thread) X 16 MM
- Cannulated Screws Ø 4.0MM (Partial Thread) X 18 MM
- Cannulated Screws Ø 4.0MM (Partial Thread) X 20 MM
- Cannulated Screws Ø 4.0MM (Partial Thread) X 22 MM
- Cannulated Screws Ø 4.0MM (Partial Thread) X 24 MM
- Cannulated Screws Ø 4.0MM (Partial Thread) X 25 MM
- Cannulated Screws Ø 4.0MM (Partial Thread) X 26 MM
- Cannulated Screws Ø 4.0MM (Partial Thread) X 28 MM
- Cannulated Screws Ø 4.0MM (Partial Thread) X 30 MM
- Cannulated Screws Ø 4.0MM (Partial Thread) X 32 MM
- Cannulated Screws Ø 4.0MM (Partial Thread) X 34 MM
- Cannulated Screws Ø 4.0MM (Partial Thread) X 35 MM
- Cannulated Screws Ø 4.0MM (Partial Thread) X 36 MM
- Cannulated Screws Ø 4.0MM (Partial Thread) X 38 MM
- Cannulated Screws Ø 4.0MM (Partial Thread) X 40 MM
- Cannulated Screws Ø 4.0MM (Partial Thread) X 42 MM
- Cannulated Screws Ø 4.0MM (Partial Thread) X 44 MM
- Cannulated Screws Ø 4.0MM (Partial Thread) X 45 MM
- Cannulated Screws Ø 4.0MM (Partial Thread) X 46 MM
- Cannulated Screws Ø 4.0MM (Partial Thread) X 48 MM
- Cannulated Screws Ø 4.0MM (Partial Thread) X 50 MM
- Cannulated Screws Ø 4.0MM (Partial Thread) X 55 MM
- Cannulated Screws Ø 4.0MM (Partial Thread) X 60 MM
- Cannulated Screws Ø 4.0MM (Partial Thread) X 65 MM
- Cannulated Screws Ø 4.0MM (Partial Thread) X 70 MM
- Cannulated Screws Ø 4.0MM (Partial Thread) X 75 MM
- Cannulated Screws Ø 4.0MM (Partial Thread) X 80 MM
- Cannulated Screws Ø 4.0MM (Partial Thread) X 85 MM
- Cannulated Screws Ø 4.0MM (Partial Thread) X 90 MM
Usage and Importance:
The Cannulated Screws Ø 4.0MM (Partial Thread) are essential tools in orthopedic surgeries, particularly for the stabilization of fractures and bone fragments. The partial thread design ensures optimal compression and fixation, promoting effective healing and recovery. The cannulated design allows for precise insertion using guide wires, which is crucial in complex and delicate procedures.
At PharmAlliance International Labs Private Limited, our commitment to excellence is reflected in every product we develop. Our Cannulated Screws Ø 4.0MM (Partial Thread) are engineered to deliver superior performance, durability, and reliability, providing surgeons with the confidence they need for successful outcomes.
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