CIRS 134200口腔模體,CIRS 134200模體
口腔造影評(píng)估，測(cè)試和評(píng)估（PIRATE）的CIRS模型是頜骨放射診斷的參考標(biāo)準(zhǔn)。CIRS 134200口腔模體,CIRS 134200模體旨在幫助技術(shù)人員和臨床工作人員選擇，監(jiān)測(cè)，培訓(xùn)和驗(yàn)證口內(nèi)放射成像程序和其他常見牙科手術(shù)常用的掃描參數(shù)。

CIRS 134200口腔模體,CIRS 134200模體由上頜骨，下頜骨和夾持裝置組成。幻象可以安裝到包括三腳架與球頭配件靈活定位。上頜骨和下頜骨是鉸接的，以允許牙科技術(shù)人員用夾具放置咬合膜或其他口內(nèi)裝置，并且將模體圖像化。

CIRS 134200口腔模體,CIRS 134200模體是由專有的組織等效材料構(gòu)成的，通過對(duì)牙科X射線和其他牙科成像程序的線性衰減在1％以內(nèi)模擬參考組織。

CIRS 134200口腔模體,CIRS 134200模體在尺寸和結(jié)構(gòu)上近似于平均男性人類頜骨。模體功能詳細(xì)3D擬人解剖包括骨頭，竇，上頜骨，下頜骨，下頜神經(jīng)和牙齒。骨頭包含皮質(zhì)和小梁分離。牙齒包括不同的牙本質(zhì)，牙釉質(zhì)，根管和牙冠。一顆牙齒包括骨折，第二顆牙齒包括一個(gè)空腔。

CIRS 134200口腔模體,CIRS 134200模體特點(diǎn)：
詳細(xì)的解剖特征
50 keV到25 MeV的組織當(dāng)量
功能下頜
三腳架有六個(gè)自由度
軟雙面手提箱
48個(gè)月的保修

CIRS 134200口腔模體,CIRS 134200模體應(yīng)用：
委托口內(nèi)X射線設(shè)備

了解如何正確定位以獲得最佳圖像

種植體規(guī)劃和頜面部重建的測(cè)試重建技術(shù)和算法

在實(shí)施新設(shè)備和新技術(shù)期間培訓(xùn)和評(píng)估人員

驗(yàn)證圖像質(zhì)量的一致性





CIRS 134200口腔模體,CIRS 134200模體英文介紹：

The PIRATE phantom consists of maxilla, mandible and holding device. The phantom can be mounted to included tripod with ballhead fitting for flexibility in positioning. The maxilla and mandible are hinged to allow a dental technician to place a bitewing film or other intraoral devices with a holder and image the phantom.

The phantom is constructed of proprietary tissue-equivalent materials that mimic reference tissues within 1% by linear attenuation for the dental x-ray and other dental imaging procedures.

The Model 134200 approximates the average male human jaw in both size and structure. The phantom features detailed 3D anthropomorphic anatomy including bone, sinus, maxilla, mandible, mandibular nerve and teeth. The bones contain both cortical and trabecular separation. The teeth include distinct dentine, enamel, root canal and crown. One tooth includes a fracture and a second includes a cavity.

Detailed anatomical features

Tissue Equivalent from 50 keV to 25 MeV

Functioning Mandible

Tripod with six degrees-of-freedom
Soft-sided carry case

48-month warranty

Commission intraoral X-ray devices

Learn how to properly position for optimal images

Test reconstruction techniques and algorithms for implant planning and maxillofacial reconstruction

Train and evaluate personnel during implementation of new equipment and techniques

Validate consistency of image quality