Place of Origin:
China
Brand Name:
Golead
Certification:
CE
Model Number:
Lite31L
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The Lite series wireless handheld Doppler ultrasound machine utilizes cutting-edge technologies typically found in superior and premium cart ultrasound machines in order to create extraordinarily high-quality images, surpassing other ultra-portable systems in its class.
The Lite series offers a user interface that is both simple and accessible, yet also ensures plenty of flexibility. It supports standard applications across two different probes – convex and linea – and the model depends on chosen configuration. Additionally, specialized application packages improve usability and provide information concerning disease detection.
These features are especially beneficial when there is limited physical display space, or for users with diverse levels of experience. Devices equipped with GPU, such as partial composite imaging and speckle reduction, allow the Lite series probe to support real-time low-latency image processing with a response time up to 30 frames per second to boost image quality further. Moreover, phase inversion tissue harmonic imaging produces clear images even in patients with difficulty probing.
Therefore, the advantages of the Lite series are clear – with the combination of these functions, it offers remarkable imaging quality for its intended applications, inspiring confidence in medical professionals while dealing with medical treatments and interventions.
Wireless ultrasound systems utilize wireless technologies such as Wi-Fi or Bluetooth to establish a connection between the ultrasound device and a display device, such as a smartphone or tablet. This wireless connection allows for real-time image streaming and remote control of the device.
These systems are designed to be lightweight, compact, and portable, making it easier to move them from one location to another for point-of-care imaging or remote consultations.
Advanced ultrasound technologies are used in wireless ultrasound systems to produce high-quality images, along with features such as beamforming, image optimization algorithms, and noise reduction techniques to enhance clarity and detail.
Wireless ultrasound systems offer various imaging modes, including B-mode (2D imaging), M-mode (motion imaging), color Doppler, and possibly specialized modes such as cardiac or musculoskeletal imaging.
Users can adjust imaging parameters like depth, gain, focus, and frequency to customize the examination according to the patient's needs and the area of interest.
The user interfaces of wireless ultrasound systems feature intuitive controls and menus that make it easy for healthcare professionals to operate the system, adjust settings, and interpret ultrasound images.
Most wireless ultrasound systems come with built-in storage or support for cloud-based platforms, allowing users to store and share acquired images and patient data securely.
Wireless ultrasound systems are designed to be compatible with various operating systems and platforms, allowing for smooth integration with existing healthcare infrastructure and imaging software.
Some wireless ultrasound systems also feature wireless connectivity between the ultrasound probe and the main system unit, eliminating the need for cables and increasing the freedom of movement during scanning.
With these systems, healthcare professionals can remotely access the system and perform real-time consultations or share images with colleagues for expert opinions or telemedicine applications.
| Property | Specification |
|---|---|
| Weight | 0.2Kg |
| Scanning mode | Electronic Linear Array |
| Image storage format | JPEG/BMP/PNG/MPEG-4 |
| Frequency | 5-12MHz |
| ImagingMode | B, C, M, PWD, PDPI |
| Language | English |
| Element | 128 |
| ImageStorage | 128G |
| WorkingTime | 4 Hours |
| Image Depth | 30cm |
The Linear Wireless Ultrasound Probe is a versatile imaging tool with many different uses across various fields of medicine.
For musculoskeletal issues, it can be utilized to examination and diagnose joint and muscle injuries, fractures, tendonitis, and other such problems.
Medical professionals can also use it to examine the vascular system, such as the arteries and veins, to evaluate blood flow, recognize vascular wall abnormalities, identify blood clots, and more.
For skin and soft tissue evaluations, it is used to assess skin lesions, tumors, cysts, and other abnormalities.
In the emergency and critical care domain, the probe become incredibly useful for providing rapid assessment and diagnosis of various conditions, including trauma, respiratory distress, abdominal pain, and more.
Given its portability and wireless capabilities, the probe is also suitable for telemedicine and remote consultations. Physicians are able to transmit images and data remotely over the internet for remote diagnosis and guidance.
Portable Ultrasound Scanner is a handheld ultrasound scanner providing high-performance imaging with its advanced technology. It features a small size, fast image acquisition, and 128G ImageStorage. Golead's Lite31L Handheld Ultrasound Scanner is certified with CE and comes with a minimum order quantity of one unit. The image depths include B, C, M, PWD, and PDPI, and the imaging modes include B, B/B, 4B, B/M, and M. It has a weight of 0.5kg and supports Android and iOS systems. Golead provides high-quality Handheld Ultrasound Scanner with a delivery time of 30 days and a supply ability of 1000 units per month.
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