Dawei Medical Equipment for Ob&Gyn Ultrasound Scanner

• Customization: Available
• Classification: Imaging Diagnostic Equipment
• Type: Ultrasound Scanner
• Model NO.: DW-T50
• Group: All People
• Probe Ports: 4 Active
• Display Mode: B, B/B, 4b, B/M, M, Cfm, Pw, Cw
• Platform: PC
• Language: Cn, En, Es, Fr, Ru
• Probe Options: Convex, Linear, Tvs, Micro-Convex, Cardiac, 4D
• Monitor: 21.5 Inch LCD
• Touch Screen: 13.3 Inch
• Support: Real-Time 3D Imaging Function (3D/4D/5D)
• Transport Package: Standard Export Carton
• Specification: 120*72*143.5cm
• Trademark: Dawei
• Origin: Xuzhou
• HS Code: 9018129110
• Production Capacity: 300 Sets Per Month

Product Description

Multiple frequency of different probes:

Probe	Frequency
Convex	2.5MHz/3.0MHz/3.5MHz/4.0MHz/H4.0MHz/H5.0MHz, (depth 30-255mm)
Linear	6.0MHz/7.5MHz/8.5MHz/10.0MHz/H10.0MHz, (depth 20-128mm)
Trans-vaginal	4.5MHz/6.0MHz/7.0MHz/9.0MHz/H8.0MHz, (depth 30-156mm)
Phased array (adult)	2.0MHz/2.5MHz/3.0MHz/3.5MHz/4.0MHz/5.0MHz/H3.0MHz/H4.0MHz,(depth100-244MM)
Phased array (pediatric)	2.0MHz/3.0MHz/4.0MHz/5.0MHz/7.0MHz/ H5.0MHz/H6.0MHz/H7.0MHz,(depth: 100-244MM)
4D Volume	2.0MHz/3.0MHz/4.5MHz/6.0MHz/H5.0MHz, (depth 30-237mm)
Micro convex probe (R15)	4.0MHz/6.0MHz/7.0MHz/8.0MHz/H8.0Mhz, (depth 30-111mm)

 

Specialties

Abdomen
Vascular
Cardiology
OB & GYN
Urology
MSK
Interventional ultrasound
Small parts
Anesthesiology
Pediatrics
Pelvic Floor

OB & GYN

Real skin rendering

Real skin rendering adopts 4D ultrasonic images plus spatial dimension parameters to obtain more

three-dimensional and realistic 4D images, which surpasses most of the limitations of traditional

 

 

Sub-array technology

The dedicated high-density probe adopts a brand-new array design technology and a unique sub-array element

technology. The second cutting of independent wafers can completely control the entire process of wafer vibration,

thereby reducing side lobe artifacts and enhancing the fine resolution of tissues. The boundary between adjacent

strong echo reflectors is sharper. It fully demonstrates the high-resolution images brought by the high-density

probe, perfectly presents the image details, and increases the accuracy of clinical diagnosis. 
 

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