Wireless Micro-Convex Color Doppler Ultrasound Scanner MC2CD

Wireless Micro-Convex Color Doppler Ultrasound Scanner MC2CD

The Wireless Micro-Convex Color Doppler Ultrasound Scanner MC2CD has a much smaller contact surface, which improves the coupling between the transducer and the skin surface even in complicated areas as the supraclavicular or jugular fossa. Microconvex probe, is also used in gynecological diagnostic.

In addition, This Device is used for small animal abdominal scanning. Its smaller footprint provides improved surface contact, resulting in great image quality. Imaging through small rib spaces and underneath the costal arch is also easier.

Furthermore, The Wireless Micro-Convex Color Doppler Ultrasound Scanner MC2CD  offers a great image quality for all applications in daily practice. Abdominal imaging and basic cardio imaging in dogs and cats.

This Ultrasound Scanner gratifies the user’s maneuverability and ease-of-access. Plus it is wireless and handheld. Small and lightweight. The Micro-Convex Ultrasound Scanner uses Wi-Fi to transfer scanned data to your smart terminal. It interfaces with your smartphone or tablet and it is Android compatible.

       Features:

• Scan Mode: Micro-Convex Array.
• Frequency Range: 4 – 9MHz.
• Image Adjust: Gain, Focus, Harmonic, Denoise.
• OS: Android.
• Image Storage Function.
• Supports Chinese/ English Language.

     The MC2CD Is Suitable For:

• Radiologists.
• Nephrologists.
• Anesthesiologists.
• Emergency Doctors.
• Vascular Surgeons.
• Urologists…

       Applications:

• Vascular.
• Liver.
• Kidney.
• Pediatrics.
• Medical Interventions.

       Specifications:

• Scanning Method: Micro Convex.
• Language: Chinese/ English.
• Image Mode: B, M, Color.
• Probe Radius: 15mm.
• Frequency Range: 4 – 9 MHz.
• Number Of Elements: 128 E.
• Power: Built In Lithium Battery.
• Max Depth: 18 cm.
• Measurements: Distance, Area And Advanced Private Measurement Package.
• Interface: Micro-USB.
• Battery Life: 4 Hours.
• Net Weight: 280 g.

       Scan Result

Liver Imaging