2.0mm Cortical Screw Full-threaded

2.0mm Cortical Screw Full-threaded(Square Head) Video

2.0mm Cortical Screw Full-threaded(Square Head) PDF

2.0mm Cortical Screw Full-threaded(Square Head) Specification

Product	Pic	Screw	REF.	Spec.
2.0mm Cortical Screw Full-threaded (Square Head)		/	RSSWP206	2.0*6mm
			RSSWP208	2.0*8mm
			RSSWP210	2.0*10mm
			RSSWP212	2.0*12mm
			RSSWP214	2.0*14mm
			RSSWP216	2.0*16mm
			RSSWP218	2.0*18mm
			RSSWP220	2.0*20mm

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2.0mm Cortical Screw Full-threaded(Square Head) : A Comprehensive Guide

The 2.0mm Cortical Screw Full-threaded is a vital component in modern orthopedic surgery, particularly in the treatment of fractures involving the cortical bone. Designed with precision, this screw is essential in stabilizing bone fractures and promoting healing, providing exceptional fixation strength, and minimal complication risk. This article will explore the 2.0mm Cortical Screw Full-threaded in-depth, covering its features, advantages, and applications in orthopedic practices.

What is 2.0mm Cortical Screw Full-threaded(Square Head)？

The 2.0mm Cortical Screw Full-threaded is a small-diameter screw primarily used in the fixation of cortical bone. Cortical bone is dense and strong, making it essential for the screw to have specific features that ensure secure anchoring and resistance to pull-out forces. The full-threaded design refers to the screw having threads that run the entire length, offering maximum purchase in the bone for enhanced fixation. The 2.0mm size makes it especially useful in delicate surgeries requiring precise instrumentation, such as pediatric orthopedics, small bone fractures, and joint surgeries.

Typically, this screw is employed in scenarios requiring strong, rigid fixation, and is often used in combination with other implants like plates or intramedullary nails. The screw's small diameter allows for minimal disruption to the surrounding bone and soft tissue, contributing to faster recovery and reduced post-operative complications.

2.0mm Cortical Screw Full-threaded(Square Head) Features

Full-Thread Design

The threads extend the full length of the screw, maximizing bone engagement and offering optimal stability, particularly for cortical bone.

Precision Engineering

The screw is manufactured with exacting standards to ensure accurate threading, preventing issues such as thread stripping during insertion.

Self-Tapping Threads

The screw features self-tapping capabilities, allowing it to cut its own thread in the bone, thereby reducing the need for a pre-tapping procedure and simplifying the surgical process.

High-Quality Materials

Typically made from medical-grade titanium or stainless steel, the screw is durable, corrosion-resistant, and biocompatible, ensuring a long-lasting, stable fixation.

Variety of Lengths

The screw is available in a range of lengths and diameters, offering flexibility for different clinical scenarios and anatomical areas.

Minimally Invasive

The small size and design of the screw allow for minimally invasive insertion, which is crucial in reducing patient trauma and enhancing recovery times.

2.0mm Cortical Screw Full-threaded(Square Head) Advantages

Strong Fixation

The full-thread design provides excellent fixation strength, especially in cortical bone, which is critical for maintaining stability in fractures. The screw’s ability to resist forces like pull-out and shear helps in the long-term success of bone healing.

Reduced Risk of Infection

Due to its minimal invasiveness, the 2.0mm Cortical Screw Full-threaded reduces soft tissue disruption, thereby lowering the risk of infection and promoting faster healing in post-operative care.

Minimized Surgical Time

The self-tapping nature of the screw allows for quicker insertion, thereby reducing the total surgical time. This, in turn, contributes to lower anesthesia-related risks and faster recovery for patients.

Versatility in Application

Its small size and flexible design make the 2.0mm Cortical Screw Full-threaded versatile for various fracture types, including those in small or delicate bones, such as those in the hand, wrist, or pediatric patients.

Enhanced Patient Comfort

By enabling minimally invasive procedures, the screw reduces post-operative discomfort, and due to its precise fitting, patients experience less swelling and shorter recovery periods.

2.0mm Cortical Screw Full-threaded(Square Head) Treatment of Fracture Types

Metacarpal and Phalangeal Fractures:

The small size of the screw makes it ideal for use in small bones such as those in the hand and fingers, where precise fixation is necessary.

Pediatric Fractures

In pediatric orthopedics, this screw is used to stabilize fractures in small bones, where larger screws would be too invasive or cause harm.

Fractures in Osteoporotic Bones

In elderly patients with weaker bone density, the screw provides enhanced anchorage, reducing the likelihood of fixation failure.

Fractures Requiring Plate Fixation

The screw is often used in conjunction with plates in complex fractures where multiple points of fixation are needed to ensure the stability of the fracture site.

Risks of 2.0mm Cortical Screw Full-threaded(Square Head) Surgery

Infection

Any surgical procedure has a risk of infection, particularly if proper sterile techniques are not followed.

Non-Union or Malunion

Improper screw placement or inadequate bone healing can result in non-union (failure to heal) or malunion (improper alignment of the bone fragments).

Nerve and Vessel Damage

The screw's insertion near vital structures can sometimes result in inadvertent injury to nerves or blood vessels.

Pain or Discomfort

Although the screw is small and minimally invasive, patients may still experience post-operative pain or discomfort at the implant site.

Screw Loosening or Failure

In some cases, particularly with early mobilization or poor bone quality, the screw may loosen over time, requiring revision surgery.

2.0mm Cortical Screw Full-threaded(Square Head) Future Marke

As the demand for precision orthopedics continues to grow, the 2.0mm Cortical Screw Full-threaded is expected to remain a vital tool in the orthopedic surgeon's arsenal. With the increasing prevalence of fractures in aging populations and the need for effective treatment in pediatric and delicate fractures, the demand for this small-diameter screw is likely to rise. Furthermore, advancements in materials and techniques, such as bioresorbable screws or 3D printing, may further enhance the screw's functionality and reduce complications associated with long-term hardware retention.

Additionally, with the ongoing trend of minimally invasive surgery, the 2.0mm Cortical Screw Full-threaded is poised to gain even more favor, as it facilitates smaller incisions and quicker recovery times for patients.

Summary

The 2.0mm Cortical Screw Full-threaded is an essential tool in modern orthopedic surgery, offering robust fixation, reduced surgical time, and minimal invasiveness. Its versatility in treating a wide range of fracture types, from small bone fractures in pediatric patients to complex fractures in osteoporotic bones, makes it a highly effective solution for fracture management. Although there are inherent risks, such as infection and screw loosening, the advantages of the 2.0mm Cortical Screw Full-threaded far outweigh the potential downsides when used in the appropriate clinical context. As the field of orthopedics continues to evolve, this screw will likely remain a cornerstone of fracture management and repair.

Warm reminder: This article is for reference only and cannot replace the doctor's professional advice. If you have any questions, please consult your attending physician.