Neonatal Transducer PVT-712BT - Good 2014

The PVT-712BT Neonatal Transducer is an imaging solution designed to meet the unique challenges of neonatal care.

With the incorporation of Precision Imaging technology, this transducer sets a new standard in image quality, providing healthcare professionals with the clarity and confidence needed to care for their smallest patients. Tailored specifically for preterm neonates, neonates, and infants, the PVT-712BT excels in delivering detailed and accurate imaging across a wide range of applications, making it an indispensable tool in neonatal sonography.

At the heart of the PVT-712BT is Precision Imaging technology for the way ultrasonic images are captured and analyzed. This advanced technology enhances image quality by reducing noise, improving contrast, and sharpening the outlines of contours, resulting in remarkably smooth and detailed images. Precision Imaging works by analyzing ultrasonic images in real-time at various levels of spatial resolution, allowing for the greater definition of both large-scale structures and fine details. This ensures that even the most delicate anatomical features are clearly visualized, providing invaluable insights during neonatal examinations.

The PVT-712BT is engineered to provide outstanding B-mode and Doppler performance from the near field to deeper regions, making it exceptionally versatile for a wide range of neonatal imaging needs. Whether assessing the brain, heart, or other critical areas, this transducer delivers consistent, high-quality images that enhance diagnostic accuracy and support better clinical decision-making. The ability to clearly visualize deep and superficial structures with the same transducer reduces the need for multiple probes, streamlining the workflow and increasing efficiency in neonatal care settings.

One of the standout features of the PVT-712BT is its ergonomic and user-friendly design. The scan head is extremely small and lightweight, which not only makes it comfortable to use but also allows for precise maneuverability during delicate procedures. This is particularly important when imaging neonates in an incubator, where space is limited, and unrestricted access is crucial. The transducer's extra-long and super flexible cable further enhances its usability, allowing clinicians to position the probe with ease, even in challenging environments.

The PVT-712BT's flexibility extends beyond its physical design. It is compatible with a wide range of ultrasound systems, ensuring that it can be seamlessly integrated into various clinical settings. This adaptability maximizes equipment utilization, making the PVT-712BT a cost-effective choice for healthcare facilities looking to expand their neonatal imaging capabilities. Whether used in a specialized neonatal intensive care unit (NICU) or a general imaging department, this transducer provides the high-quality imaging required for comprehensive neonatal care.

In addition to its advanced technical capabilities, the PVT-712BT is designed with durability and reliability in mind. The transducer is built to withstand the demands of a busy clinical environment, ensuring consistent performance over time. Its robust construction minimizes the risk of damage, even with frequent use, making it a valuable long-term investment for any healthcare facility.

The Toshiba PVT-712BT Neonatal Transducer represents a significant advancement in neonatal imaging technology. With its Precision Imaging technology, ergonomic design, and versatile compatibility, it offers healthcare professionals the tools they need to provide the highest level of care to their smallest and most vulnerable patients. Whether used for routine checkups or in critical care situations, the PVT-712BT delivers the clarity, detail, and reliability necessary for accurate diagnosis and effective treatment in neonatal care.

• Frequency: 7.0 MHz 
• Frequency Selection: 10.2 – 4.2 MHz  
• Frequency Selection (THI): 10.0 – 6.0 MHz  
• Field of view angle: Approx. 110 ̊  
• Curvature: Approx. 15 mm
• Application: neonatal cephalic, abdominal, pediatric