Spinal Needle Reli 2-1/2 Inch 25 Gauge Quincke Style

The Spinal Needle Reli 2-1/2 Inch 25 Gauge Quincke Style is a remarkable choice for medical professionals who require precision and reliability. Designed with the utmost attention to detail, this spinal needle is crafted to enhance accuracy during procedures. The Quincke point design is renowned for its effectiveness, making it a popular selection in healthcare settings.

One of the standout features of this needle is its construction. Made from thin and regular walled medical-grade stainless steel, it allows for maximum flow rates. This quality ensures that healthcare providers can perform their procedures efficiently and with minimal resistance. The smooth but moderate insertion resistance facilitates the identification of the tissue site, which is crucial for spinal interventions.

Additionally, the Spinal Needle Reli features a well-engineered design that enables an exact fit between the edge point of the stylet and the cannula. This close contact ensures smooth movement of the stylet within the cannula, reducing the risk of complications during insertion. This advanced design highlights the focus on both functionality and safety during clinical use.

These benefits contribute to a needle that is both reliable and easy to use, which is essential in high-pressure medical environments. The sterile nature of the product guarantees that it can be used in various applications without compromising patient safety.

The specifications of the Spinal Needle Reli include:

• Manufacturer #: SN25G251
• Brand: Reli
• Manufacturer: Myco Medical Supplies
• Country of Origin: Unknown
• Application: Spinal Needle
• Color Code: Orange
• Gauge: 25 Gauge
• Length: 2-1/2 Inches
• Needle Length Range: 2 to 2.9 inches
• Needle Material: Medical Grade Stainless Steel
• Sterility: Sterile
• Style: Quincke Style
• UNSPSC Code: 42142502
• Usage: Disposable
• Wall Type: Thin Wall

Choose the Spinal Needle Reli for a trusted solution in spinal procedures. Its unique blend of engineering and material quality puts control back in the hands of medical professionals.