Iodine 124

Cyclone® KIUBE

<p>¹²⁴I&nbsp;is obtained from the irradiation of a solid target at 14 MeV. Cyclone^®&nbsp;KIUBE can have different fixed exit energy with its Custom Energy feature enabling you to reach the&nbsp;highest purity.</p> <p>Cyclone^®&nbsp;KIUBE can also be equipped with a degrader foil on the solid target.</p> More about Cyclone® KIUBE

Nirta® solid target

<p>Highly enriched ¹²⁴TeO2 (&gt; 99.5 %) powder is melted onto a platinum disk and placed within the &nbsp;Nirta^® solid target. The target material is then irradiated.&nbsp;</p> <p>&gt; 50 mCi at 14.9 MeV, 20µA, irradiation for 8 h.&nbsp;</p> More about Nirta® Solid target

HighMOR®

<p>The radioiodine separation is accomplished via thermo distillation with the HighMOR^® system at &nbsp;high temperature to release the iodine. Iodine is then trapped into a&nbsp;solution. This fully automated process is controlled by user-friendly software interface.</p> More about HighMOR®

Cyclone® 30 XP

<p>¹²⁴I can also be produced on the Cyclone^® 30 XP.&nbsp;</p> More about Cyclone® 30 XP

Nirta ® solid target

<p>Highly enriched ¹²⁴TeO2 (&gt; 99.5 %) powder is melted onto a platinum disk and placed within the &nbsp;<span>Nirta</span>^® solid target. The target material is then irradiated.&nbsp;</p> <p>&gt; 50 <span>mCi</span> at 14.9 <span>MeV</span>, 20µA, irradiation for 8 h.&nbsp;</p> More about Nirta® solid target

HighMOR®

<p>The radioiodine separation is accomplished via <span>thermo</span> <span>distillation</span> with the <span>HighMOR</span>^® system at &nbsp;high temperature to release the iodine. Iodine is then trapped into a&nbsp;solution. This fully automated process is controlled by user-friendly software interface.</p> More about HighMOR®

Cyclone® IKON 

<p>¹²⁴I can also be produced on the Cyclone^®&nbsp;IKON.&nbsp;</p> More about Cyclone® IKON

Nirta ® solid target

<p>Highly enriched ¹²⁴TeO2 (&gt; 99.5 %) powder is melted onto a platinum disk and placed within the &nbsp;<span><span>Nirta</span></span>^® solid target. The target material is then irradiated.&nbsp;</p> <p>&gt; 50 <span><span>mCi</span></span> at 14.9 <span><span>MeV</span></span>, 20µA, irradiation for 8 h.&nbsp;</p> Moer about Nirta® Solid target

HighMOR®

<p>The radioiodine separation is accomplished via <span><span>thermo</span></span> <span><span>distillation</span></span> with the <span><span>HighMOR</span></span>^® system at &nbsp;high temperature to release the iodine. Iodine is then trapped into a&nbsp;solution. This fully automated process is controlled by user-friendly software interface.</p> More about HighMOR®