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Wireless Ultrasound Machine

Product Description

Dual Charging Modes:
Wireless magnetic induction charging
Type-C direct charging
Compact Design:
Small size, could be in the pocket
Perfect for ambulances, community screenings and remote area clinics

This automated function can optimizes settings instantaneously, ensuring consistent, high-quality imaging with minimal operation. It complements to perform rapid, accurate vascular assessments seamlessly, for users, even in challenging environments.

in plane+ out of plane
This feature can help the doctors position the needle accurately while visualizing the area of interest through ultrasound imaging. This enhances the precision of the procedure and reduces the risk of complications.






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Model | DW-C1S | DW-L1S | DW-L2S | ||
Charge Time | ≈2 hours | ≈3.5 hours | ≈3.5 hours | ||
Battery Runtime | 2 hours | 2 hours | 2 hours | ||
Dimensions | 116*65*22mm | 141*65*24mm | 139*52*24mm | ||
Weight | 134g | 137g | 118g | ||
Frequency | 3.2HMz-5.0HMz | 7.5HMz-10.0HMz | 16.0HMz-20.0HMz | ||
Depth | 90mm-305mm | 20mm-100mm | 10mm-40mm | ||
Presets | Abdominal, gynecology, obstetrics, heart, urinary system, kidney,lung | Thyroid, small organs, pediatrics, vascular, cartoid, breast, musculoskeletal,neural, blood flow | |||
Modes | B, B/M, CFM, PDI, PW |

This AI ultrasound-assisted software is mainly used in conjunction with musculoskeletal (MSK) ultrasound imaging. It can dynamically segment the anatomical structures of the shoulder, elbow, wrist, hip, knee, ankle and neck, and quickly convert complex ultrasound images into visual anatomical images, significantly improving the accuracy of drug injection and improving the effectiveness and safety of treatment.
Assist teaching practice
This AI software helps anatomical teaching and practice, helps learners combine theoretical knowledge with actual images, and improves the ability to interpret ultrasound images; based on more than 5 million data training, it tracks the dynamic changes of multiple tissues in real time, supports real-time guidance and error correction of scanning paths, and greatly shortens ultrasound training time.
