Product Description
BVT01 Bladder Scanner (With Internal Printer)
The BVT01 is a cutting-edge 3D ultrasound medical device designed to swiftly and accurately measure bladder volume and post void residual volume, ensuring precise diagnostics and enhanced patient care.
Why Choose BVT01?
Effective bladder management is crucial for paraplegics. This essential aspect of daily care can be challenging, as neither patients nor nurses can reliably gauge bladder volume based on experience alone. Overfilled bladders pose a significant risk of upper urinary tract deterioration. This threat, along with the fact that frequent catheterization can elevate the likelihood of iatrogenic urinary system infections, makes it imperative to use advanced tools. Additionally, repeated catheter insertions not only cause pain and psychological distress but also increase the risk of urinary tract damage.
User-Friendly Interface
Frequently Asked Questions
Q1: What is the main purpose of the BVT01 Bladder Scanner?
It is a 3D ultrasound device used to quickly and non-invasively measure bladder volume and post-void residual (PVR) volume to assist in urinary diagnostics.
Q2: How does the 2D pre-scan feature help?
The 2D pre-scan allows the operator to clearly see the bladder structure before the full 3D scan, ensuring the probe is positioned correctly for the most accurate measurement results.
Q3: Is the device portable for home health use?
Yes, it features a compact design (200×168×165 mm) and a dual-power supply with a built-in battery that lasts over 8 hours, making it highly mobile.
Q4: Can I print the results immediately?
Yes, the BVT01 includes a built-in internal printer that allows for real-time printing of scan data and images.
Q5: Which languages does the system support?
The system supports six built-in languages: English, French, Russian, Spanish, Portuguese, and Chinese, with options for further customization.
Q6: Why is using a bladder scanner better than catheterization?
It reduces the risk of iatrogenic urinary tract infections, prevents unnecessary catheterization pain, and helps avoid upper urinary tract damage caused by overfilling.