Wireless Micro Convex Ultrasound Scanner MC1

Micro Convex Ultrasound Scanner, 3.5 Mhz, SONOSIF have 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, Micro Convex Ultrasound Scanner, 3.5 Mhz, SONOSIF 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. The SONOSIF Micro Convex Ultrasound Scanner offers a 3.5 MHz frequency.

Furthermore, Micro Convex Ultrasound Scanner, 3.5 Mhz, SONOSIF offers a great image quality for all applications in daily practice. Abdominal imaging and basic cardio imaging in dogs and cats.

Micro Convex Ultrasound Scanner, 3.5Mhz, SONOSIF gratify the user maneuverability and ease-of-access. Plus it is wireless and handheld. Small and lightweight. The Micro Convex Ultrasound Scanner, 3.5Mhz, SONOSIF uses WiFi to transfer scanned data to your smart terminal. It interfaces with your smartphone or tablet and it is iOS and Android compatible.

   Features :

• Works on Tablet or Smartphone, iOS and Android.
• Built-in and replaceable battery.
• Advanced digital  imaging technology, clear image.
• High cost-effective.
• Wireless connectivity, easy to operate.
• Small and  light , easy to carry.
• Applicable in emergency, clinic, outdoor and vet inspection.
• Intelligent terminal platform, powerful expansion functions on application, storage, communication and printing.

 Specifications :

• Scan mode: Electronic array.
• Display mode: B, B/M.
• Frequency: 3.5 MHz.
• Radius : 20mm.
• Depth : 100mm~200mm.
• Measure : distance, area, obstetrics, abdomen.
• Battery last : 3 hours.
• Dimension : 156mm×60mm×20mm.
• Weight : 250 gram.
• Wifi type : 802.11g/20MHz/2.4G/54Mbps.
• Work OS : Apple iOS and Android.
• Image frame rate : 12f/s.

 SCAN RESULT :