ATO Pro is a concept of a device based on our extensive experience and the expectation of our customers for high-quality powder while maintaining production continuity. It addresses these expectations becoming a necessary device in a process line, in which, from the beginning, the owner can control the full process from the time of powder formation to the final printed 3D part products.

Key features:

• Wide range of alloys
• High efficiency
• Process automation
• High quality metal powders
• Cost - effective production
• Fast return on investments
• Compact device size

ATO Noble is a unique, compact machine based on ATO Lab+ technology and dedicated for powdering precious metals. Due to the application of a precisely calibrated ultrasonic system, it processes materials such as gold, silver, platinum, etc., with the best possible powder flow ratio.
The use of a dedicated filtration system allowed us to minimize material losses of precious alloys below 1% and facilitate their subsequent recovery for reuse.

Key features:

• Dedicated solution for processing noble metals, e.g. gold, silver, platinum
• Processing high density alloys and rare earth metals
• Reduced losses below 1% of the processed material
• Maximum Material Recovery – dedicated filtration system to minimize material loss and facilitate its recovery for reuse
• Precise process control thanks to the application of dedicated oxygen sensors
• Compact dimensions of the device
• High quality powders – exceptional flowability, perfect sphericity, and a narrow particle size distribution

ATO Lab + is a unique, compact machine for metal powders production, using a novel ultrasonic atomization technology. It has been designed by industry-oriented researchers aiming to overcome traditional atomization limitations.
ATO Lab + enables a successful production of both reactive and non-reactive powders with a narrow particle size distribution on a smaller scale. It produces high quality metal powders with extremely low oxygen content, high particle sphericity and excellent flowability due to the influence of the ultrasonic waves.

Key features:

• Highest quality powders
• Process flexibility
• No limitations in minimum powder quantity
• Wide range of alloys
• Cost-effective production
• Affordable price
• Scalable system structure