Description
Details
Hi-Dop is an accurate machine which uses the Ultrasound Technology, when applied to the region close to a blood vessel, it detects the change produced due to the flow of blood by collecting the reflected ultrasound waves. This can then be heard loud and clear by the in-built speakers.
FUNCTIONS:-
• Sound from built-in speaker
• 5 / 8MHz Doppler options available
FEATURES:-
• Compact and Light
• High-Sensitivity Doppler probe
• Ergonomic Design
• Clean Sound
• Easy to Use
• Low power Consumption
• Long Time to Continuous Use (6hours)
Specification
Display
- LCD
- Low Battery Display
- Signal Quality Display
- Heart Rate Range : 50 ~ 240
- Accuracy : ±2%
- Ultrasound frequency : 4 / 5 / 8 MHz
- Ultrasound intencity : <10mW/cm²
- Speaker Output power : 1.2W (Built in Loudspeaker)
- Audio output for earphone
- Auto shut-off : 5 Minutes
- Auto shut-off on signal : 1 Minute
- Power : 1.5V Battery X2 (Type:AA)
- PC Interface : Sound Card
- Battery Life : 360 Minutes
Accessories :
- Carring Case
- Battery (1.5V AA X 2)
- Gel(60ml)
Bistos Vascular Doppler:
A Bistos Vascular Doppler is a specialized medical device used for non-invasive vascular assessment. It utilizes Doppler ultrasound technology to evaluate blood flow in arteries and veins throughout the body. This handheld device emits high-frequency sound waves that bounce off blood cells, providing real-time audio and visual representations of blood flow patterns. Vascular Dopplers are commonly employed in clinical settings to detect and monitor vascular conditions such as peripheral artery disease (PAD), deep vein thrombosis (DVT), and arterial blockages. They are valued for their portability, ease of use, and accuracy in providing healthcare professionals with valuable insights into vascular health, aiding in diagnosis and treatment planning. Vascular Dopplers play a crucial role in improving patient care by enabling early detection of vascular abnormalities and facilitating better-informed medical decisions.
Uses Of Bistos Vascular Doppler :
- Peripheral Artery Disease (PAD) Assessment:
- Blood Flow Evaluation: Vascular Dopplers are employed to assess blood flow in the arteries of the limbs, helping diagnose and monitor PAD.
- Ankle-Brachial Index (ABI): They are used to calculate the ABI, a key indicator of PAD severity and risk.
- Deep Vein Thrombosis (DVT) Detection:
- Venous Blood Flow: Vascular Dopplers assist in detecting impaired venous blood flow, aiding in the diagnosis of DVT.
- Monitoring Treatment: They are used to track the effectiveness of DVT treatment over time.
- Maternal-Fetal Monitoring:
- Fetal Heartbeat Detection: In obstetrics, Vascular Dopplers are employed to monitor fetal heartbeats during pregnancy, ensuring the well-being of the baby.
- Assessing Umbilical Blood Flow: They help assess blood flow in the umbilical cord, which is crucial for monitoring fetal health.
- Vascular Access Confirmation:
- Vein Location: Medical professionals use Vascular Dopplers to locate and confirm the patency of veins for procedures like IV catheter placement.
- Reducing Discomfort: This minimizes discomfort for patients by avoiding multiple needle insertion attempts.
- Vascular Research and Education:
- Clinical Research: Vascular Dopplers play a role in various research studies focused on vascular diseases and treatment outcomes.
- Medical Training: They are valuable tools in medical education, helping students and healthcare professionals learn about vascular physiology and pathology.
Vascular Dopplers serve a wide range of clinical and diagnostic purposes, making them essential tools in vascular medicine, obstetrics, and healthcare education. They aid in the early detection of vascular conditions, guide treatment decisions, and improve patient outcomes.
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