The Arjo Xs Probe is a versatile diagnostic tool ideal for both prenatal monitoring and vascular assessments. Designed to cater to a broad spectrum of medical needs, this probe features different frequencies tailored for specific applications. With 2 MHz and 3 MHz frequencies dedicated to fetal heart detection, it plays a crucial role in prenatal care, ensuring accurate and reliable readings for expectant mothers.

Additionally, the probe supports various vascular applications with frequencies ranging from 4 MHz to 10 MHz. Whether it’s assessing very superficial, peripheral, or very deep vessels, the widebeam XS design ensures enhanced sensitivity and precision. Its compact, user-friendly design allows healthcare professionals to perform examinations efficiently in both clinic and hospital settings. Robust and durable, this probe is built to endure regular use, making it a trusted component in any medical toolkit.

Key Features:

• Features a widebeam design for enhanced sensitivity and accurate detection across varied medical applications.
• Multiple frequency options cater to specific needs ranging from fetal heart detection to vascular assessments.
• Compact and easy-to-handle design ensures user comfort and facilitates precision in medical examinations.
• Durable construction designed to withstand regular use in fast-paced clinical settings.

Uses:

• The Arjo Xs Probe is ideal for fetal heart detection using 2 MHz and 3 MHz frequencies, making it perfect for prenatal care. It also caters to various vascular applications with its frequency-specific design, including very deep, moderately deep, peripheral, and superficial vessels.

FAQs:

1. What are the primary uses of the Arjo Xs Probe?
The Arjo Xs Probe is primarily used for fetal heart detection and a variety of vascular assessments, including very deep, moderately deep, peripheral, and superficial vessels.

2. How does the frequency variation affect its application?
Different frequencies, such as 2 MHz and 3 MHz, are optimal for fetal heart detection, while others like 4 MHz, 5 MHz, 8 MHz, and 10 MHz are suited for vascular applications.