Shree Rapid Technologies

ATO by 3DLAB Noble 

ATO Noble – Ultrasonic Atomizer for Precious Metal Powders

ATO Noble is a next-generation ultrasonic metal atomizer specifically developed for processing precious metals such as gold, silver, platinum, and palladium. Designed with a strong focus on material efficiency and powder consistency, ATO Noble enables on-demand production of high-quality metal powders while significantly minimizing material loss.

Its advanced ultrasonic atomization technology delivers controlled droplet formation, resulting in spherical powders with excellent flow characteristics—ideal for high-value applications in additive manufacturing, electronics, jewelry, and advanced materials research.

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ATO by 3DLAB Noble 
ATO by 3DLAB Noble 
ATO by 3DLAB Noble 
ATO by 3DLAB Noble 

Features and Benefits

Designed to Protect Value, Enhance Quality

01
Ultrasonic Atomization System
Uses high-frequency ultrasonic vibrations to break molten metals into fine droplets under inert gas, producing powders with uniform morphology.
02
Zero Loss Technology
Innovative gas circulation and filtration system designed to capture and reuse every bit of precious material.
03
Modular Frequency Control
Swappable frequency modules allow easy adjustment of powder particle sizes to meet different process needs.
04
Closed-Loop Gas Management
Efficient inert gas reuse that maintains controlled atomization conditions and reduces consumption.
05
Precious Metals Compatibility
Specification tailored for expensive alloys, ensuring reliable performance with gold, silver, platinum, and more.
06
Compact, Lab-Friendly Design
Smaller footprint still delivers industrial-grade powder production while fitting into lab environment

Printer Specifications

Engineered for Precision and Performance

Printer Specifications

Materials

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Ag 99%

Ag 99%

Gold, platinum, and silver can be atomized into fine powders, enabling limitless design possibilities. Using ATO Noble allows zero-waste production, crucial for the jewelry industry, while preserving the metals’ original chemical composition and standard.

Au 9ct

Au 9ct

Gold, platinum, and silver can be atomized into fine powders, enabling limitless design possibilities. Using ATO Noble allows zero-waste production, crucial for the jewelry industry, while preserving the metals’ original chemical composition and standard.

Au 18ct

Au 18ct

Gold, platinum, and silver can be atomized into fine powders, enabling limitless design possibilities. Using ATO Noble allows zero-waste production, crucial for the jewelry industry, while preserving the metals’ original chemical composition and standard.

Au 99,99%

Au 99,99%

Gold, platinum, and silver can be atomized into fine powders, enabling limitless design possibilities. Using ATO Noble allows zero-waste production, crucial for the jewelry industry, while preserving the metals’ original chemical composition and standard.

Ir 99%

Ir 99%

Gold, platinum, and silver can be atomized into fine powders, enabling limitless design possibilities. Using ATO Noble allows zero-waste production, crucial for the jewelry industry, while preserving the metals’ original chemical composition and standard.

Pt alloys

Pt alloys

Gold, platinum, and silver can be atomized into fine powders, enabling limitless design possibilities. Using ATO Noble allows zero-waste production, crucial for the jewelry industry, while preserving the metals’ original chemical composition and standard.

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