
How to produce <strong>Indium 111</strong>
Cyclotron
Target
Chemistry
Optimized production route
Cyclone® IKON
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Cyclone® IKON
<p><sup>111</sup>In is produced in single step from <sup>112</sup>Cd(p,2n) <sup>111</sup>In</p> More about Cyclone® IKON
Nirta® Solid target 30 MeV
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Nirta® Solid target 30 MeV
<p>Enriched cadmium is electro deposited onto copper target in <span>IBA</span> Solid target station</p>
Dissolution & Purification
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Dissolution & Purification
<p>The irradiated target material is then dissolved and purified to isolate <sup>111</sup>In. Enriched Cadmium can be reused for further plating </p>
Cyclone® 30 XP
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Cyclone® 30 XP
<p><sup>111</sup>In is produced in single step from <sup>112</sup>Cd(p,2n) <sup>111</sup>In</p> More about Cyclone® 30
Nirta® Solid target 30 MeV
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Nirta® Solid target 30 MeV
<p>Enriched cadmium is electro deposited onto copper target in IBA Solid target station</p>
Dissolution & Purification
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Dissolution & Purification
<p>The irradiated target material is then dissolved and purified to isolate <sup>111</sup>In. Enriched Cadmium can be reused for further plating </p>
Alternative
Cyclone® KIUBE
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Cyclone® KIUBE
<p><sup>111</sup>In can also be produced using energy of 18 MeV </p> More about Cyclone® KIUBE
Nirta® Solid target
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Nirta® Solid target
<p>Enriched <sup>112</sup>Cd in the solid target is irradiated creating the <sup>112</sup>Cd(p,2n) <sup>111</sup>In reaction. </p> More about Nirta® solid target
Dissolution & Purification
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Dissolution & Purification
<p>The irradiated target material is then dissolved and purified to isolate <sup>111</sup>In. Enriched Cadmium can be reused for further plating </p>Resources
Scientific publications
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