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Gammex Sono404小范圍模體,Gammex Sono404超聲質(zhì)量模體

Gammex Sono404小范圍模體,Gammex Sono404超聲質(zhì)量模體
在血管和心臟超聲波中提高QC測(cè)量的準(zhǔn)確性。
對(duì)最困難的情況進(jìn)行有效的測(cè)試和培訓(xùn)
確保所有傳感器和系統(tǒng)設(shè)置均在2至18 MHZ的整個(gè)臨床頻率范圍內(nèi)通過(guò)HE（高等效）Gel?專利測(cè)試
定期測(cè)試您的高頻傳感器，以確保準(zhǔn)確的患者測(cè)量


Gammex Sono404小范圍模體,Gammex Sono404超聲質(zhì)量模體今天在世界各地的乳房護(hù)理中心和超聲診斷部門使用。
他們繼續(xù)廣泛采用的原因是與超聲成像技術(shù)的發(fā)展保持同步，以測(cè)量小部件和腔內(nèi)超聲系統(tǒng)的圖像質(zhì)量。







Gammex Sono404小范圍模體,Gammex Sono404超聲質(zhì)量模體：
支持符合ACR，AIUM，ESTRO和其他質(zhì)量保證計(jì)劃的要求
與醫(yī)學(xué)物理學(xué)家一起設(shè)計(jì)，并包括密集的針腳目標(biāo)，是測(cè)試高頻換能器的理想選擇
具有耐用可靠的HE Gel，具有近似線性響應(yīng)的衰減，頻率在2到18 MHz之間
提供頻率超過(guò)8 MHz的衰減響應(yīng)，以支持代表人體組織的精確軸向分辨率和穿透深度

Gammex Sono404小范圍模體,Gammex Sono404超聲質(zhì)量模體
主要用于滿足血管和心臟超聲波應(yīng)用的特殊需求
特點(diǎn)緊密間距針目標(biāo)，測(cè)試高頻率傳感器的理想選擇
包括HE凝膠，可以復(fù)興，以便您的幻像可以重新驗(yàn)證，以加強(qiáng)您的投資
支持符合ACR，AIUM，ESTRO和其他質(zhì)量保證計(jì)劃的要求

Sono404? Phantoms
Enhance the accuracy of your QC measurements in vascular and cardiology ultrasounds.
Efficiently test and train for the most difficult cases
Ensure all transducers and system settings are fully tested across the entire clinical frequency range from 2 to 18 MHZ with patented HE (High Equivalency) Gel?
Test your high frequency transducers routinely to ensure accurate patient measurements

Sono404 Phantoms are in use today in breast care centers and diagnostic ultrasound departments around the world.
Their continued widespread adoption is attributed to a design that keeps pace with advancing ultrasound imaging technologies for measuring image quality of small parts and intra-cavity ultrasound systems.

Sono404 Phantoms:
Support compliance with ACR, AIUM, ESTRO and other QA program requirements
Have been designed with medical physicists, and include closely spaced pin targets, ideal for testing high frequency transducers
Feature durable and reliable HE Gel, with a near-linear-response of attenuation with with frequencies between 2 and 18 MHz
Offer response of attenuation with frequencies over 8 MHz to support accurate axial resolution and penetration depth representative of human tissue