Non-contractual photo

Endocavitary probe PVT-781VT - New 2023

Brand: Toshiba

Categories: Medical Imaging Obstetrics and Gynecology

Our Selection

€3,700.00 HT

Product Conditions:

Learn more about product conditions

Purchase options available for this product :

Remma Equipment Warranty (12 Months) €833.00 HT

Benefit from a warranty on your equipment for up to 12 months after purchase

Remma Financing Service (up to 60 Installments)

According to the terms of our partner Eurolocatique SAS, a subsidiary of the BPCE group.

Sold by RELIANCE MEDICAL SL

Shipping Options :

Standard Delivery (6-8 weeks)

Express Delivery (1 business week)

Technical Sheet: Download Technical Sheet in PDF

Explore the Toshiba PVT-781VT Intra Cavity transducer, an essential tool for internal medical examinations.

With a frequency range of 3.0 to 11.0 MHz, this micro-convex endocavity transducer is designed for obstetric and gynecological applications.

Compatible with Toshiba Aplio 300, Aplio 400, and Aplio 500 ultrasound systems (TUS-A300, TUS-A400, TUS-A500), it offers a versatile and precise solution.

The PVT-781VT features a compact endocavitary probe suitable for both endorectal and endovaginal exams, facilitating internal medical investigations that other probes may struggle with.

Explore new possibilities in internal clinical examinations with this high-quality Toshiba transducer, optimized to meet the most stringent medical requirements in obstetrics and gynecology.

The description of the specific product is available on page 3 in the PDF brochure

Description

Intra Cavity Transducer Toshiba PVT-781VT: Precision Performance in Obstetrics and Gynecology

The Toshiba PVT-781VT intracavitary transducer goes far beyond being simply medical equipment; it embodies the very essence of innovation and technological sophistication in the field of medical ultrasound. With its extended frequency range of 3.0 to 11.0 MHz, the PVT-781VT positions itself as an undisputed leader, rivaling the best probes on the market.

Compared to its counterparts, the PVT-781VT stands out with its revolutionary micro-convex endocavity design, which opens new perspectives in the field of internal examinations. This intelligent design allows precise adaptation to anatomical contours, ensuring images of exceptional clarity.

In addition to its innovative design, the PVT-781VT's compatibility with the Toshiba Aplio 300, Aplio 400 and Aplio 500 systems (TUS-A300, TUS-A400, TUS-A500) makes it a practical and versatile choice for healthcare professionals. This broad compatibility ensures seamless integration into various medical environments, making the transition to this cutting-edge equipment easier.

One of the undeniable advantages of the PVT-781VT lies in its exceptional ergonomics. Intuitive, easy-to-use controls provide smooth handling, reducing training time for medical staff and ensuring efficient image acquisition even in the most demanding medical environments.

In terms of performance, the PVT-781VT does not disappoint. In the field of obstetrics, its exceptional image resolution allows precise assessment of the fetus, placenta and other critical parameters. Similarly, in gynecology, this transducer provides clear visualization of the internal reproductive organs, thereby facilitating the diagnosis of medical conditions and treatment planning.

The compactness of the PVT-781VT is another commendable aspect. Its micro-convex endocavitary design makes it an ideal choice for difficult internal examinations, providing increased flexibility and accessibility. This unique feature significantly expands the possibilities of internal examinations, providing healthcare professionals with a versatile and effective solution.

When it comes to image quality, the PVT-781VT also stands out. Its remarkable sharpness of anatomical details, tissue resolution and clarity of internal structures ensure accurate and reliable diagnoses. Compared to other intracavitary probes, it provides superior visualization, helping healthcare professionals provide optimal quality care to their patients.

In conclusion, the Toshiba PVT-781VT intracavitary transducer represents the pinnacle of modern medical ultrasound. Its versatility, compatibility, innovative design, exceptional performance and ease of use make it an essential choice for healthcare professionals keen to provide superior quality care. The investment in the PVT-781VT opens up exciting new opportunities for high-quality internal examinations, pushing the boundaries of diagnostic accuracy in obstetrics and gynecology.

To complete this information, here are some important technical specifications of the PVT-781VT:

Frequency range: 3.0 to 11.0 MHz, providing adaptability to different imaging needs.
Transducer technology: Micro-convex endocavitary, allowing better visualization of internal structures.
Compatibility with systems: Toshiba Aplio 300, Aplio 400 and Aplio 500 (TUS-A300, TUS-A400, TUS-A500), ensuring easy integration into existing medical environments.
Image Resolution: Exceptional, providing precise anatomical detail for more reliable diagnoses.
Ergonomics: User-friendly design with intuitive controls for easy handling and reduced training time.
Compact and lightweight: Easy to handle and store, providing high portability for convenient use in various medical settings.

These technical specifications add a layer of detail and clarity to the PVT-781VT's already impressive features, reinforcing its position as a leading choice for healthcare professionals.

Features

Extended Frequency Range:

The PVT-781VT offers an impressive frequency range of 3.0 to 11.0 MHz, ensuring exceptional versatility for various applications in obstetrics and gynecology.

Advanced Intra-Cavity Design:

With a micro-convex endocavitary design, the PVT-781VT revolutionizes internal examinations, providing optimal flexibility for precise medical investigations.

Full Compatibility with Toshiba Aplio:

Fully compatible with Toshiba Aplio 300, Aplio 400, and Aplio 500 ultrasound systems (TUS-A300, TUS-A400, TUS-A500), ensuring seamless integration and optimal performance.

Dedicated Applications in Obstetrics and Gynecology:

Specifically designed to meet the complex needs of obstetrics and gynecology, the PVT-781VT ensures accurate and detailed diagnostics.

Intuitively User-Friendly:

The user-friendly interface of the PVT-781VT allows for intuitive handling, reducing training time and ensuring efficient image acquisition for rapid diagnostics.

Exceptional Visualization of Internal Structures:

The advanced technology of the PVT-781VT provides clear and detailed visualization of internal structures, ensuring accurate and reliable diagnostics.

Adaptability to Endorectal and Endovaginal Examinations:

Thanks to its compact design, the PVT-781VT is ideal for endorectal and endovaginal examinations, expanding the possibilities of internal medical investigations.

Maximum Versatility in Various Medical Environments:

Extended compatibility and advanced design make the PVT-781VT a versatile choice, suitable for different medical environments for optimal performance.

Superior Image Quality:

With exceptional resolution, the PVT-781VT offers superior image quality, allowing precise evaluation of anatomical structures for advanced diagnostics.

Guaranteed Reliability and Durability:

Manufactured to the strictest standards, the PVT-781VT ensures long-term reliability and exceptional durability, ensuring reliable clinical use.

Technical Details

Frequency Range: 3.0 MHz - 11.0 MHz

The PVT-781VT offers an extended frequency range, suitable for specific applications in obstetrics and gynecology.

Compatibility: Toshiba Aplio 300 (TUS-A300); Toshiba Aplio 400 (TUS-A400); Toshiba Aplio 500 (TUS-A500)

This transducer is fully compatible with Toshiba Aplio 300, Aplio 400, and Aplio 500 ultrasound systems, ensuring seamless integration into various medical environments.

Form Factor: Intra Cavity (Micro-convex endocavitary)

The micro-convex endocavity intra-cavity design of the PVT-781VT makes it ideal for endorectal and endovaginal examinations, offering optimal flexibility during internal medical investigations.