Terumo Medical 3SR-OX2032CA IV Catheter, 20g – a reliable and efficient solution for healthcare professionals seeking to provide optimal intravenous therapy. Designed with precision and patient comfort in mind, this catheter is an essential tool for any medical setting, from hospitals to outpatient clinics.

The Terumo 20g IV Catheter features a unique design that enhances ease of insertion and minimizes patient discomfort. Crafted from high-quality materials, this catheter is not only durable but also flexible, allowing for smooth navigation through veins. The catheter's innovative needle design reduces the risk of vessel trauma, making it suitable for a wide range of patients, including those with challenging venous access.

Key Features:
- 20-gauge size: Ideal for a variety of intravenous applications, including fluid administration and medication delivery.
- Safety-engineered needle: Designed to minimize the risk of needlestick injuries, ensuring a safer experience for both patients and healthcare providers.
- Soft, flexible catheter: Provides enhanced comfort during insertion and throughout the duration of use, reducing patient anxiety.
- Clear catheter hub: Allows for easy visualization of blood return, ensuring proper placement and function.
- Color-coded wings: Facilitates easy identification of catheter size and enhances stability during insertion and use.
- Sterile packaging: Each catheter is individually packaged to maintain sterility and ensure safety in clinical settings.

Use Suggestion:
The Terumo 3SR-OX2032CA IV Catheter is perfect for healthcare professionals looking to establish intravenous access quickly and efficiently. Whether you are administering medications, fluids, or blood products, this catheter provides the reliability and performance you need. Ideal for both adult and pediatric patients, it is particularly useful in emergency situations where rapid access is critical. Ensure that your medical team is equipped with the Terumo 20g IV Catheter to enhance patient care and streamline your intravenous therapy processes.