Minerva Surgical Enhances Patient Safety with New Symphion Fluid Deficit Readout

August 26th, 2024 2:00 PM
By: Newsworthy Staff

Minerva Surgical introduces a new accessory for their Symphion Operative Hysteroscopy System that provides real-time fluid deficit monitoring during gynecologic procedures, potentially improving patient safety and surgical outcomes.

Minerva Surgical Enhances Patient Safety with New Symphion Fluid Deficit Readout

Minerva Surgical, a company specializing in minimally invasive gynecologic surgical technologies, has announced the launch of the Symphion Fluid Deficit Readout. This new accessory, designed for use with the Symphion Operative Hysteroscopy System, represents a significant advancement in fluid management during operative hysteroscopy procedures.

Operative hysteroscopy, a surgical technique used to diagnose and treat various uterine conditions, requires careful monitoring of fluid levels to prevent complications. The newly introduced Symphion Fluid Deficit Readout addresses this critical need by automatically calculating fluid deficit in real-time. It achieves this by measuring the weight of the saline bag throughout the procedure and converting these measurements into fluid volume readings.

The device boasts several key features that enhance its utility in surgical settings. It offers fluid deficit accuracy within +/- 50mL, providing surgeons with precise information crucial for patient safety. The user-friendly interface and intuitive display ensure ease of operation, while its compact design allows for quick integration with the existing Symphion controller.

Dr. Eugene Skalnyi, Chief Medical Officer at Minerva Surgical, emphasized the company's commitment to patient safety through continuous innovation. He stated, "The Symphion Operative Hysteroscopy System is intended to volumetrically limit a patient's exposure to fluid so the risk of fluid absorption and overload can be avoided. With the introduction of the Symphion Fluid Deficit Readout, the system has a new layer of procedural safety to complement the unprecedented precision during uterine cavity tissue resection."

Alongside the Fluid Deficit Readout, Minerva Surgical is also launching INFINITY, a compatible next-generation Fluid Management Accessory. These new products join Minerva Surgical's portfolio of minimally invasive technologies, reinforcing the company's dedication to advancing gynecologic surgery and improving patient outcomes.

The introduction of these new technologies aligns with Minerva Surgical's broader mission to provide minimally invasive alternatives to hysterectomy. The company has developed a range of solutions designed to detect and address common causes of Abnormal Uterine Bleeding (AUB), a condition that significantly impacts women's health and quality of life.

These innovations have the potential to transform gynecologic procedures by offering more precise control over fluid management, a critical aspect of operative hysteroscopy. Improved fluid management can lead to reduced risks of complications, potentially shorter recovery times, and better overall outcomes for patients undergoing these procedures.

For healthcare providers, the Symphion Fluid Deficit Readout and INFINITY accessory represent valuable additions to their surgical toolkit. These technologies may enable more accurate and efficient procedures, potentially improving both the safety and efficacy of operative hysteroscopy.

As minimally invasive surgical techniques continue to evolve, innovations like those introduced by Minerva Surgical play a crucial role in shaping the future of women's health care. By focusing on enhancing patient safety and surgical precision, these advancements contribute to the ongoing effort to improve gynecologic care and reduce the need for more invasive procedures like hysterectomies.

For more information about Minerva Surgical's innovative medical devices, interested parties can visit www.MinervaSurgical.com.

Source Statement

This news article relied primarily on a press release disributed by News Direct. You can read the source press release here,

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