Webinars – Dev

Explosion-Proof Solutions: Vacuum Systems for LPBF Powder Collection. Webinar record.

Ashkhen — Fri, 02 Feb 2024 12:05:43 +0000

Webinar hosted by Additive Plus and Delfin Vacuum Systems

During this video, you will learn about the importance of air safety and industrial cleaning in the Additive Manufacturing facilities where LPBF technologies are used with reactive and non-reactive materials. We introduced you to specialized industrial vacuum cleaners by Delfin, designed specifically for collecting these materials from 3D printers.

Delfin Industrial solutions for AM:

1. Safety collection of reactive and non-reactive materials.

2. Complete filtration and high-quality air in the workplace due to an anti-static M-class filter and an optional HEPA filter.

3. Explosion-proof design for materials such as titanium, aluminum, or carbon. This webinar program focused on presenting Delfin solutions for safe and efficient work with 3D printers (Additive Manufacturing).

3D printing is revolutionizing production and prototyping, and industrial vacuum cleaners play a crucial role in maintaining cleanliness and functionality.

Industrial vacuum cleaners are essential for cleaning production cells, printer components, and floors to prevent contamination and ensure machine functionality.
Vacuum cleaners are also used for final cleaning of products, removing dust residuals and ensuring high product quality.
For non-combustible materials, three-phase vacuum cleaners with high collection capacity and filtration units are suitable.
For combustible dust, NRTL Certified vacuum cleaners with antistatic filters, earth grounding, stainless steel canisters, and maintenance-free motors are necessary.
Vacuum cleaner solutions provided by Delfin cater to different materials and safety requirements.

Delfin industrial vacuums enable the recovery of polymer powders, reduce maintenance costs, guarantee efficiency of the 3D printer and quality of the finished parts. Moreover, Delfin dust collectors are the ideal solution for extraction at the source on 3D additive machinery.

Explore What’s New in 3D Printing

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The Power of Two: FLIGHT 403P. Explore Farsoon Dual Laser System. Webinar record.

Ashkhen — Thu, 22 Feb 2024 10:46:21 +0000

Webinar record

Webinar record. 3D Printing webinar of the year in collaboration with experts from Farsoon Technologies. During this webinar, the Dual laser Flight 403P system are introduced, a cutting-edge solution characterized by its speed, high temperature capabilities, and productivity, all of which are based on fiber laser technology. This system stands as the ultimate solution for significantly boosting the production of polymer parts.

Learn more about Farsoon 3D Printers. A range of metal and plastic 3D printing systems, each with its own unique features and capabilities.

Explore What’s New in 3D Printing

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Pushing the Boundaries 3DCERAM’s Additive Manufacturing Technology Empowering New Space.

Ashkhen — Fri, 29 Mar 2024 13:15:13 +0000

Explore tailored solutions for Aerospace part development and production, and learn how ceramic materials are making a significant impact in this dynamic industry. Discover the diverse range of ceramic solutions available in the US market through Additive Plus and 3DCeram.

The aerospace industry is leveraging additive manufacturing, specifically 3D ceramic printing, to enhance equipment performance and streamline development processes.

3DCeram provides tools to integrate 3D printing solutions into you projects for manufacting in-house ceramic parts.

Explore What’s New in 3D Printing

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In-House Powders, In-House Prints: A Webinar by 3D LAB & Additive Plus

Ashkhen — Wed, 27 Aug 2025 10:21:42 +0000

Metal 3D printing was supposed to make manufacturing faster and more flexible. Instead, it became expensive, oversized, and locked behind closed material ecosystems.
That ends now.
On September 17 at 11:00 AM PST, join Additive Plus and 3D LAB for a live webinar built for engineers and manufacturers ready to take control of their metal additive workflows, no warehouse, no million-dollar system required.

Registration is free – secure your seat today!

*Registration is necessary. Upon completion, the Zoom meeting link will be sent to you.”

What You’ll Learn

You’ll get a detailed look at how to bring both powder production and printing in-house, cutting cost, time, and material limitations.

By the end of the session, you’ll understand how to:

Produce satellite-free powders (<0.5% defects) from ANY input (rods/scrap/pellets/wire) via Induction Melting System and Ultrasonic Metal Atomizer
Recover 99.9% of precious metals from R&D waste using ATO’s closed-loop system
Print 99.8% dense parts with AO’s open-parameter LPBF + blue laser
Qualify alloys 60% faster via live parameter control and rapid material swaps
Operate full workflows in 6m² – no warehouse or external suppliers
Validate ROI for in-house prototyping, batch production, and alloy development

Whether you’re qualifying titanium alloys, reclaiming expensive powders, or testing new AM applications, this session gives you the full picture from powder to part.

Who Should Attend?

This webinar is for U.S.-based professionals in aerospace, medical devices, automotive, and industrial equipment, especially those involved in metal AM, materials, or production.

It’s a great fit for:

R&D engineers aiming to cut alloy development from 6 months to 2 weeks
Manufacturing managers are reducing costs on low-volume, high-value parts
Lab technicians managing powder-to-part certification workflows
Supply chain teams looking to avoid powder delays and gain in-house control

If you work with metal AM and want faster results, lower costs, and more freedom, this session is built for you.

Meet the Speakers

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.

Mateusz Lembowicz,

Key Account Manager, 3D Lab

Technology advisor with hands-on experience in manufacturing and 3D metal printing. Worked with leading automotive and aerospace companies to improve processes and develop new materials. Passionate about finding smart, efficient solutions using modern tools like additive manufacturing and metal atomization for real-world impact.

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 Zoom meeting link will be sent to you.”

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