Surgical Probes अౠ.6,7,1 / ?K

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1 Surgical Probes

2 Finger-Grip Transducers full scale Multi-frequency T style finger-grip transducer that is perfect for surgeons that prefer a more transverse view in relation to the position of the transducer in the hand. The design fits comfortably between the index and middle finger which allows for palpating organs and scanning at the same time. Super high density provides superb near field resolution. UST-9132T Convex Array 20mmR / 65 System Compatibility: a10, a7 Courtesy of Ph. Norihiro Kokudo Department of Surgery, Hepato-Biliary-Pancreatic Surgery Division, University of Tokyo UST-MC Convex Array 20mmR / 65 System Compatibility: a5, 4000, 3500, 6 full scale Multi-frequency I style finger-grip transducer. This transducer design fits comfortably between the index and middle finger which allows for palpating organs and scanning at the same time. Super high density provides superb near field resolution. UST-9132I Convex Array 20mmR / 65 System Compatibility: a10, a7 UST Convex Array 20mmR / 65 System Compatibility: a5, 4000, 3500, 6

3 T-Transducers Multi-frequency side-fire T transducer with a wide field of view (60mm) and ability to change frequencies on demand for superficial or deeper penetration. Super high density provides superb near field resolution and detail for needle guidance. UST-5713T UST-579T mm 60mm 3-10 MHz Puncture adapter: MP-2448 Puncture adapter: MP-2448 System Compatibility: a10, a7, a5 System Compatibility: a5, 4000, 3500, 1000, 900 Multi-frequency side-fire T transducer with a narrow field of view (42mm) and ability to change frequencies on demand for superficial or deeper penetration. Super high density provides superb near field resolution and detail for needle guidance. UST-5534T mm System Compatibility: a5, 4000, 3500, 1000, 900

4 full scale Multi-frequency hockey-stick transducer is ideal for cervical spine scanning. Super high density which provides superb near field resolution. UST mm 4-13 MHz System compatibility: a10, a7, a5, 4000, 3500 full scale Multi-frequency micro-surgery transducer that is ideal for tight situations and is choice transducer for cervical spine scanning. With the optional handling tool, the probe can be handled as if holding a pencil between your fingers. Optional T-type handling tool : MP-2749 I-type handling tool : MP-2750 UST mm 4-13 MHz System compatibility: a10, a5, 4000, 3500

5 Multi-frequency linear transducer provides high-resolution images. This probe is useful for observing cerebral tumors and aneurysms, and is also used in surgery for removing spinal cord tumor, carotid artery intima exfoliation and others. The probe can also be applied to observation of articulations and/or muscles in orthopedic surgery. UST mm 4-13 MHz System compatibility: a10, a5 full scale Multi-frequency transsphenoidal transducer for scanning the pituitary gland, cervical spine and other neurosurgical procedures. Super high density provides superb near field resolution. UST-534 5mm 3-13 MHz System compatibility: a10, a5, 4000, 3500

6 Laparoscopic Transducers Multi-frequency flexible laparoscopic transducer built to withstand the rigors of daily laparoscopic scanning and is perfect for renal ablations. Super high density provides superb near field resolution. UST-5550 UST mm 38mm System Compatibility: a10, a7 System Compatibility: a5, 4000, 3500, 1000, 900 Multi-frequency end-fire laparoscopic transducer that is perfect for CBD scanning and targeting lesions. The point-and-shoot scanning and built-in biopsy channel make it easy to obtain the desired sample the first time. Super high density provides superb near field resolution. UST Phased Array Sector MHz System Compatibility: a5, 4000, 3500

7 Major Feature a10 a7 a ExPHD Distortion-free fundamental frequency are transmitted to enhance the clarity of harmonic images. Image enhancement PHD CPWG Pixel Focus Image optimizer SCS Trapezoidal Scan AIP Offer clearer edge definition, reduced side lobe artifacts, and less reverbration noise compared to fundamental frequency imaging. Image clarity of the obese patients is significantly enhanced. Reduced signal noise for truer, less interpolated imaging Controlled focus at the pixel level provides higher spatial resolution This function instantly optimizes overall brightness of B-mode images, eliminating the need for frequent manual adjustment to enhance productivity. Offers enhanced capability for depicting sidewall structures of tubular cavities and the like by superposing images created by steering the ultrasound beam in multiple directions. This provides a wider field of view than with conventional displays, to facilitate anatomical understanding of the region of interest. Adaptive Image Processing (AIP) clearyly displays differencrs intissues, reducing speckle noise while maintaing the frame rate. It can also display outlines more clearly by selectively emphasizing boundaries. Edge optimizer Provide good smooth image. M.F.I. D.D.D. The M.F.I. is possible to select higher resolution imaging or higher penetration imaging according to the situation without changing the probe. D.D.D. is a function to display B-mode images with and without color Flow image simultaneously in real time. Doppler Directional eflow Color Flow and Power Flow Displays high-resolution blood flow with directional information. Compared with conventional blood flow methods, D-eFLOW features enhanced spatial and time resolutions for greater detail. Exceptional blood flow analysis. Auto Doppler angle correlation It is possible to correct Doppler angle automatically to reduce examination time. HDD Easy storage and management of images and patient information enhances and facilitates the ultrasound examination. Storage Cine Memory Cine search and loop display USB Data can be stored to USB memory in directory. Raw date Raw data of ultrasound for after-stored analysis DICOM The patient data and image data can be transmitted to the file server in the network. Other Hi-definition LCD Monitor Measurement on playback images The flicker -free LCD monitor reduces eye fatigue. It is possible to measure on playback images. Remote Control Unit System functions can be controlled from the sterile field.

8 MT2008(67)SN