The UM-DP20-25R offers dual-plane reconstruction (DPR) scanning via the channel of a standard endoscope, making intraductal ultrasonography (IDUS) easier, and images simple to interpret. An automatic, 40 mm linear scanning stroke allows entire lesions to be scanned in one pass, making procedures more efficient. When the miniprobe UM-DP20-25R is connected to the probe-driving unit MAJ-935, and ultrasound centres EU-ME2, EU-ME1 or EU-M60 with 3D software, its DPR function allows acquisition of a helical ultrasound scan, which can be converted to a 3D ultrasound image. These images allow you to more easily define tumour volumes, invasion depth and the relationship between the lesion and surrounding vasculature. To make IDUS as practical and accessible as possible, this ultrasound miniature probe can pass through standard medical endoscope working channels as narrow as 2.8 mm.
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3D imaging through a standard endoscope
Operating via a standard endoscope, the DPR function of this miniprobe allows helical ultrasound scanning, which can be converted into 3D images.
Automatic scanning procedure
The transducer can be automatically pulled back 40 mm, creating a helical ultrasound scan. This allows entire lesions to be scanned in one pass.
High-resolution images
This DPR miniature probe uses afrequency of 20 MHz, giving detailed, high-resolution ultrasound images of the region of interest.
Radial and linear ultrasound images
When used in ‘standard’ mode, the DPR probe captures and displays radial and linear images simultaneously, allowing analysis in intricate detail.
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3D imaging via a standard endoscope
This ultrasound miniature probe can be extended through endoscope working channels starting at just 2.8 mm, and its DPR function allows the generation of 3D ultrasound images, when used in conjunction with appropriate software.
Automatic scanning procedure
The automatic scanning procedure retracts the transducer by 40 mm, capturing a helical ultrasound scan, while the miniprobe retains its position. This allows you to image whole lesions in a single pass, making procedures more efficient.
20 MHz scanning
The scanning frequency of 20 MHz allows the acquisition of detailed, high-resolution ultrasound images during IDUS.
Radial and linear images
Radial or both radial and linear images can be displayed on a single monitor simultaneously with the probe in 'standard' mode, making it easier for you to interpret ultrasound images collected during IDUS.
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Display mode B-mode Scanning Direction Perpendicular to the direction of insertion Scanning Method Mechanical radial/helical scanning Scanning Field of View 20 MHz Contact Method Direct contact method
Sterile de-aerated water immersion methodWorking Length 2,050 mm Total Length 2,210 mm Insertion Tube-Outer Diameter 2.5 mm
