Toshiba PST-20CT transcranial probe: superior image quality and optimal versatility
The Toshiba PST-20CT Transcranial Probe is a state-of-the-art device specifically designed to provide exceptional image quality and maximum versatility in a variety of medical applications. This high-tech product, with a central frequency of 2 MHz, allows frequency selections at 3.0 MHz, 2.5 MHz and 2.0 MHz, ensuring precise resolution and optimal adaptability for various types of medical examinations.
One of the main strengths of the PST-20CT probe is its ability to excel in performing transcranial Doppler (TCD) examinations. This application is crucial for assessing cerebral blood flow and detecting conditions such as stenoses, aneurysms and other vascular abnormalities. With its advanced design, the PST-20CT delivers unparalleled performance, allowing healthcare professionals to visualize brain structures with remarkable clarity and precision.
In addition to its use in TCD, the PST-20CT probe is also suitable for a multitude of other medical applications requiring detailed visualization of brain structures. For example, it can be used to monitor blood flow in cerebral arteries and veins, detect intracranial hemorrhages, and assess the effects of various medical treatments on cerebral blood flow.
The ergonomic design of the probe ensures easy and comfortable handling, reducing operator fatigue during prolonged use. In addition, its field of view of approximately 90 degrees allows extensive visualization, thus facilitating the identification of pathologies and patient monitoring.
The PST-20CT's compatibility with Toshiba systems, including Aplio MX, Aplio 50 to 80, Aplio XV and Xario, ensures seamless integration into existing clinical environments. This broad compatibility allows healthcare organizations to optimize their investments in medical imaging technologies without requiring costly upgrades or extensive staff training.
When it comes to reliability and durability, the Toshiba PST-20CT transcranial probe makes no compromises. It is delivered in its original Toshiba packaging and is in excellent aesthetic and functional condition, ensuring optimal performance from the first use. This build quality and attention to detail makes the PST-20CT a preferred choice for healthcare professionals looking for reliable and effective imaging tools.
This sectoral transcranial probe has a field of view of approximately 90 degrees, which allows extensive visualization of brain structures, thus facilitating the diagnosis and monitoring of patients. Additionally, the PST-20CT is compatible with a range of Toshiba systems, including the Aplio MX, Aplio 50 to 80, Aplio XV and Xario, ensuring seamless integration into existing clinical environments.
Regarding the aesthetic and functional condition, the PST-20CT comes in its original Toshiba packaging, guaranteeing its authenticity and quality. It is also in excellent cosmetic and image condition, making it an ideal choice for healthcare professionals looking for reliability and performance.
The Toshiba PST-20CT transcranial probe is specifically designed to meet the needs of medical practitioners requiring accurate and reliable results during their neurological examinations. Its ergonomic design and advanced technology make it an indispensable tool in modern clinical practice.
In summary, the PST-20CT offers the following advantages:
- Exceptional image quality thanks to its 2 MHz center frequency and frequency selection options
- Optimal versatility for a range of medical applications including DBT
- Extended field of view for detailed visualization of brain structures
- Compatibility with Toshiba Aplio MX, Aplio 50 to 80, Aplio XV and Xario systems
- Excellent aesthetic and functional condition, with original Toshiba packaging
By investing in the Toshiba PST-20CT transcranial probe, healthcare professionals can be assured of a reliable, high-performance tool for their neuroimaging needs. Its innovative design and manufacturing quality make it a first-rate choice for medical establishments seeking precision and reliability in their diagnostic examinations.