Portable Ultrasound Scanner LPUS-A15

The Portable Ultrasound Scanner delivers high-quality imaging thanks to its 128-element array and 256-level grayscale imaging. The combination of high-frequency probes and advanced grayscale technology ensures clear and accurate visuals, providing clinicians with detailed and precise diagnostic images. This high resolution is essential for detecting subtle tissue differences and abnormalities, making it comparable to many larger, traditional ultrasound machines despite its portable form factor.

Its compact and lightweight design (weighing only 170 grams), combined with a long-lasting lithium battery (2600 mAh) that supports over 3 hours of continuous scanning and 12 hours of standby, makes the Portable Ultrasound Scanner extremely portable and reliable for use in fast-paced clinical environments. The wireless dual probe system eliminates cable clutter, and its ergonomic anti-skid design ensures secure handling. Additionally, its waterproof IP68 rating means it can withstand various clinical conditions, further enhancing its suitability for emergency and point-of-care diagnostics.

The Portable Ultrasound Scanner’s linear probe supports imaging depths from 20 to 100 mm, which is perfect for superficial structures such as vascular and musculoskeletal tissues. The convex + cardiac probe offers deeper imaging ranges, from 90 to 160 mm and up to 305 mm, accommodating abdominal, cardiac, and obstetric exams. These depth ranges allow clinicians to visualize both shallow and deep anatomical structures effectively, broadening the clinical utility of the device.

Thanks to its versatile probe options and high-resolution imaging, the Portable Ultrasound Scanner is suitable for a wide range of medical specialties including emergency medicine, pediatrics, cardiology, obstetrics and gynecology, vascular medicine, urology, musculoskeletal (MSK) imaging, and small parts examinations like thyroid and breast scans. Its ability to provide clear images for both superficial and deep tissues makes it an all-in-one diagnostic tool for many healthcare professionals.

The Portable Ultrasound Scanner comes equipped with wireless dual probes: a linear probe with frequencies of 7.5 and 10 MHz, and a combined convex + cardiac probe with frequencies of 2.5/5 MHz and 3.2/5 MHz. The linear probe is ideal for imaging superficial structures such as vascular, thyroid, breast, and musculoskeletal examinations, while the convex + cardiac probe supports deeper imaging needed for abdominal, cardiac, obstetric, gynecological, kidney, and urological assessments. This versatility allows this scanner to cater to a wide range of clinical applications in one portable device.

Unlike bulky traditional ultrasound systems, the Portable Ultrasound Scanner is compact, mobile, and wireless, making it easy to carry and operate in tight or mobile environments. It also offers real-time connectivity with smart devices, enhancing diagnostic capabilities at the point of care and enabling telemedicine support.

It uses built-in 5G Wi-Fi technology to transmit images efficiently without relying on external networks.

The Portable Ultrasound Scanner stands out due to its high-element probe configurations (128 and 92 elements), which enable precise and detailed imaging. Additionally, the device is equipped with internal 5G Wi-Fi technology for quick and secure image transmission without relying on external networks. Its compatibility with iOS, Android, and Windows ensures flexible use in a variety of clinical settings.

This versatile scanner supports a wide range of clinical applications including abdominal imaging, obstetrics, cardiac diagnostics, kidney assessment, urology, and gynecology. The convex probes are especially suitable for deeper imaging such as in abdominal and cardiac scans, while the linear probes offer high-resolution imaging for surface-level diagnostics like facial injections and filler evaluations.

The built-in 5G Wi-Fi in the Portable Ultrasound Scanner ensures fast, reliable, and secure image transmission. This eliminates the dependency on external networks, enhancing usability in remote or resource-limited settings. It also reduces setup complexity and improves workflow efficiency for healthcare professionals.