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Adapted filtration and closed-loop gas circulation minimize loss, and unused material can be recovered with a single click. With no minimum load and quick alloy changeover, small batches stay profitable.
Founded in 1997, we bring next-generation technology to customers, with an emphasis on expertise and white-glove service. Showrooms in Chicago, Detroit, Tokyo, and Seoul.
The leading national supplier of Desktop 3D printers. Expertise in both Industrial and Desktop 3D printing. Supplier of next-generation Metal, SLS, ultrafast Industrial printers.
Purpose-built for precious metals. Yet higher recovery rate with closed-loop gas circulation ensures maximum material recovery — every gram counts. Conventional atomization routes lose fine particles at every stage — an acceptable cost for steel, an unacceptable one for precious metals. The ATO Noble responds with optimized powder capture, closed-loop gas circulation, and a streamlined recovery process that returns unused material for future runs.
| Conventional Atomization / Outsourced Powder | ATO Noble (In-House) |
|---|---|
| Material loss at filtration and collection stages erodes margins | Maximum recovery rate recovers valuable material with a single click |
| Large minimum loads make small precious-metal batches uneconomical | No minimum load — atomize exactly the quantity you need |
| Slow, costly changeover between alloys | System changes to another material quickly and easily |
| Outsourcing exposes proprietary alloys and hallmark standards | Chemistry preserved in-house — original composition and standard maintained |
| Wide PSD requires heavy sieving and yields waste fractions | Narrow PSD with high sphericity, tuned by ultrasonic frequency |
A specially adapted filtration system and closed loop of gas circulation reduce material waste to an absolute minimum — recovery of valuable materials for reuse at the click of a button.
Molten metal is broken into uniform droplets by ultrasonic vibration and solidifies into near-perfect spheres in an inert gas atmosphere — high purity, smooth surfaces, excellent flowability.
Higher frequencies generate finer powders, lower frequencies coarser particles — tune the particle size distribution to MIM, HIP, or AM requirements.
The process preserves the original chemical composition of precious metal alloys, maintaining hallmark and material standards for jewelry, dental, and electronics.
Atomize small, high-value batches economically. Fast, easy changeover between materials assures cost effectiveness and process freedom.
Clear interface with precise parameter control — operators adjust settings to reach optimal powder properties for each precious metal alloy.
A compact system designed for secure, controlled environments where precious material is handled.
Atomize gold, platinum, and silver into fine powders for MIM, HIP, and additive workflows— zero-waste production that preserves the alloy's original standard.
High-purity silver, gold, and palladium powders with consistent particle size distribution for conductive and high-performance electronic applications.
Precise, repeatable powder production from precious dental alloys, with the low oxygen content and purity that clinical applications require.
Reclaim scrap, leftover powder, and production waste — re-atomize into fresh, usable powder and keep every gram of value in-house.
A compact system designed for secure, controlled environments where precious material is handled.
Placed alongside casting and finishing stations. Closed-loop recovery keeps precious material accounted for within the production space.
Integrated into precious metal recovery workflows — converting scrap and residues into specification-grade powder for resale or reuse.
Standard lab placement with no special infrastructure. No minimum load makes experimental precious-alloy batches economical.
Specialized filtration and closed-loop gas circulation reduce waste to an absolute minimum — recover valuable material with one click.
No limitations on minimum load — atomize small, high-value batches economically with fast changeover between alloys.
The ultrasonic process maintains the original composition and standard of the alloy — critical for hallmarked jewelry and regulated applications.
| PARAMETER | Value |
|---|---|
| Model | ATO Noble Ultrasonic Metal Atomizer |
| Technology | Ultrasonic atomization with maximum recovery rate (adapted filtration + closed-loop gas circulation) |
| Materials | Precious metals — gold, silver, platinum, palladium, and precious alloys |
| Particle Size | Frequency-controlled, narrow PSD with high sphericity (application dependent) |
| Minimum Load | None — small batch atomization supported |
| Material Changeover | Fast, easy switch between alloys |
| Recovery | One-click recovery of unused material for reuse |
| Atmosphere | Inert gas, closed-loop circulation |
| Control | Intuitive interface with precise parameter control |
| Downstream Processes | MIM, HIP, powder metallurgy, additive manufacturing |
| Infrastructure | Standard lab/workshop environment |
Our team will help you evaluate in-house precious metal powder production for your operation.
Produce powder for MIM, HIP and additive workflows, high-purity conductive applications and clinical dental alloys, or reclaim scrap and production waste through closed-loop recycling.
Founded in 1997, we bring next-generation technology to customers, with an emphasis on expertise and white-glove service. Showrooms in Chicago, Detroit, Tokyo, and Seoul.
The leading national supplier of Desktop 3D printers. Expertise in both Industrial and Desktop 3D printing. Supplier of next-generation Metal, SLS, ultrafast Industrial printers.
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