Make Metal Powder Yourself
The ATO Induction Melting System (IMS) is engineered for effortless operation, enabling users to independently produce metal powders with precise characteristics. Its intuitive design allows a single operator to manage the process seamlessly, while its self-sufficient setup eliminates reliance on external resources. Whether tailoring particle size, shape, or alloy composition, the IMS empowers you to create high-quality powders tailored to your exact specifications.
Freedom to use both crucibles and rod feeders
The ATO Induction Melting System (IMS) offers unparalleled flexibility by enabling the use of both crucibles and rod feeders for material input. This versatile design expands the range of materials and shapes that can be processed, making it an ideal solution for research labs and production facilities.
Easy-to-Swap atomizer expansion module
The ATO Induction Melting System (IMS) module is designed for quick and seamless integration into your atomizer, minimizing downtime and maximizing operational efficiency.
Efficient spherical metal powder production
Universal ATO Powder Container enhances the performance of the Induction Melting System by ensuring seamless integration with the ATO Sieve and all ATO Suite devices. Designed for use in a protective gas atmosphere, it guarantees contamination-free handling and optimal conditions for producing high-quality spherical metal powders.
Streamline atomization with ATO Remote Control
The ATO Remote Control Module empowers users to adjust key parameters directly from a tablet, ensuring precise control and optimal performance. Enhance safety and efficiency while achieving superior results tailored to your Additive Manufacturing needs.
Make Your Own Alloys and Innovate Additive Manufacturing
The ATO Induction Melting System (IMS) unlocks the potential for novel material development by allowing you to design and produce custom alloys. Stay ahead of the curve in Additive Manufacturing by creating unique materials that drive innovation and performance in your applications.
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2HeHelium4.0026022
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10NeNeon20.17976
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18ArArgon39.9481
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36KrKrypton83.7982
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54XeXenon131.2936
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86RnRadon222