The Future of Metal Powder Production: Compact Ultrasonic Atomization for Smart Custom Manufacturing | Live webinar
Metal additive manufacturing was meant to be fast and flexible — yet material development often remains slow, expensive, and dependent on external powder suppliers. Long lead times, limited alloy options, and high costs continue to slow down innovation, especially at the R&D stage.
On January 29 at 11:00 AM PST, join Additive Plus, 3D LAB, and AO Metal for a live technical webinar focused on compact ultrasonic atomization for in-house metal powder production and its role in smart custom manufacturing.
This webinar will show how R&D teams and manufacturers can take control of metal powder production and validation, producing powders in-house and imm
Registration is free. Registration is required.
After registering, you will receive the link by email.
What This Webinar Is About
This session explores a new approach to metal additive manufacturing: decentralized, on-demand powder production combined with lab-scale metal printing.
Instead of relying on external powder suppliers, compact ultrasonic atomization enables manufacturers to produce metal powders directly in their laboratory, rapidly iterate alloy compositions, and validate materials faster than ever before.
The webinar focuses on how compact ultrasonic atomization systems from 3D LAB, together with AO Metal’s compact LPBF 3D printers, support smart, flexible, and cost-efficient manufacturing workflows.
What You Will Learn
During the webinar, you will gain practical insight into how to:
- Produce high-quality spherical metal powders using compact ultrasonic atomization
- Develop and test custom metal alloys directly in-house
- Reduce material costs and lead times in metal additive manufacturing
- Validate newly produced powders using compact LPBF metal 3D printing
- Build a powder-to-part workflow inside a laboratory environment
- Support sustainable manufacturing through powder recycling and material reuse
Real-world examples, application scenarios, and material data will be shared throughout the session.
From Powder to Part: Smart In-House Additive Manufacturing
A key focus of the webinar is the complete powder-to-part workflow.
Compact ultrasonic atomization enables flexible, low-volume metal powder production for R&D and small-batch needs. When combined with the A50 Metal LPBF 3D Printer, manufacturers can immediately print and evaluate parts made from newly developed powders.
The A50 Metal LPBF 3D Printer is designed for laboratory environments, offering a compact footprint, open-parameter architecture, and advanced laser options — including blue laser technology — enabling faster material qualification and process optimization.
Who Should Attend
This webinar is designed for U.S.-based professionals involved in metal additive manufacturing and materials development, including:
- R&D engineers working on alloy development and AM processes
Additive manufacturing engineers focused on metal printing - Manufacturing managers responsible for innovation and cost efficiency
- Startups developing new metal AM applications
- Large manufacturers with internal R&D or materials labs
If you are looking to move faster, reduce dependency on external suppliers, and gain greater control over metal powder production and printing, this webinar is for you.
Webinar Details
Title: The Future of Metal Powder Production: Compact Ultrasonic Atomization for Smart Custom Manufacturing
Date: January 29
Time: 11:00 AM PST
Registration: Free (registration required)
Webinar Format
- Technical presentation
- System overview and powder examples
- Application use cases and data
- Live Q&A session
Meet the Speakers
Mariusz Lesniak
Sales Director, ARCWAY
Mariusz Lesniak is a metal additive manufacturing and ultrasonic atomization expert, working with aerospace and automotive manufacturers to enable in-house metal powder production and faster material development. He supports engineering teams in implementing compact atomization solutions that improve flexibility, quality, and cost efficiency in additive manufacturing workflows.
He also has extensive experience in deploying professional metal 3D printing systems, as well as in the validation of 3D printing processes for medical applications.
Harry Saltos
Metal AM Lead, Additive Plus
Harry leads the development of AO Metal 3D printers and helps R&D teams and manufacturers adopt compact, open-parameter LPBF printing to speed up alloy qualification by 60% and reduce costs by 30-45%. He’ll share how users are printing dense, high-performance parts, even with challenging metals like copper, while maintaining flexible workflows and a lab-sized setup.
Why This Matters
Metal AM doesn’t need to be slow, expensive, or outsourced. This webinar demonstrates how small teams can produce powders, print parts, and qualify new alloys from a single, lab-sized setup.
If you’re ready to move faster, reduce risk, and own your process from start to finish, this is your moment to learn how.
Registration is free – secure your seat today!
*Registration is necessary. Upon completion, the link will be sent to you.
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