OBSTETRICAL WATERPROOF PROBE - 2 MHZ by Wallach Surgical Devices / Summit Doppler Systems

Key Highlights

• Non-Directional Design: The obstetrical waterproof probe features a non-directional design, enhancing ease of use during examinations and ensuring consistent performance in various clinical settings.
• Hand-Held Doppler: This probe is designed for hand-held operation, providing healthcare professionals with flexibility and control during obstetric assessments.
• 2 MHz Frequency: Operating at a frequency of 2 MHz, this probe is optimized for fetal heart rate monitoring, allowing for clear and reliable signal acquisition in water applications.
• Waterproof Construction: Specifically engineered for use in aquatic environments, the waterproof design ensures durability and reliability, making it suitable for diverse obstetric procedures.
• Versatile Applications: Ideal for use in prenatal care settings, this probe can facilitate both routine examinations and specialized assessments, enhancing overall patient care.

Compatible Systems & Use Cases

• Compatible Systems: While specific models are not listed, this probe is likely compatible with various obstetric ultrasound systems and Doppler devices used in prenatal care.
• Use Cases: The probe is particularly suited for water applications in obstetrics, including fetal monitoring during aquatic labor or water-based therapeutic interventions.

Technical Specifications

Clinical and Service Value

The OBSTETRICAL WATERPROOF PROBE by Wallach Surgical Devices / Summit Doppler Systems is engineered to meet the unique demands of obstetric care. Its non-directional and hand-held design allows healthcare professionals to conduct assessments with precision and ease, enhancing the overall workflow in prenatal settings. The waterproof feature is particularly advantageous for aquatic applications, ensuring that the probe remains functional and reliable even in challenging environments.

In terms of maintenance, the durable construction of this probe minimizes the need for frequent replacements, promoting long-term usability. This reliability translates to improved procurement decisions, as healthcare facilities can invest in equipment that supports efficient patient care without the constant concern of equipment failure. Additionally, the versatility of the probe in various obstetric scenarios enhances clinical workflows, allowing for seamless integration into existing systems and protocols.

Additional notes

Used in water application