Tag Archive for: Liquid Metal Printing

ADDiTEC Revolutionizes Additive Manufacturing with Launch of AMDroid: The Ultimate Laser-Wire DED Deployable Robotic System

Frankfurt, Germany, Nov 7 – ADDiTEC, a trailblazing force in advanced metal manufacturing, proudly announces the official launch of AMDroid, a game-changing laser-wire-based DED additive manufacturing robotic solution. AMDroid is a turn-key deployable system uniquely designed for a wide range of materials, including titanium.  The system is optimized to achieve a high deposition rate, setting a new standard for mass production and manufacturing excellence.

The AMDroid makes forward-deployable on-demand manufacturing a reality, providing multi-axis and large-scale reactive and non-reactive part printing capability using a robotic architecture within a welded enclosure. AMDroid’s architecture enables hassle-free installation and the commencement of printing within a single day, transforming the way we approach rapid prototyping and component production. ADDiTEC’s state-of-the-art software makes 3D printing more accessible and efficient for both experienced users and newcomers to the field.

ADDiTEC has collaborated with major industrial robot brands to provide flexibility in robot selection, enabling industry leaders to maximize their production capabilities in additive manufacturing using their preferred robotic solution.

The eagerly awaited AMDroid will be available to begin shipping in Q1/2024, offering a futuristic approach to additive manufacturing.

ADDiTEC’s AMDroid is a testament to our relentless commitment to innovation and excellence in the manufacturing industry. With AMDroid, we aim to empower businesses and professionals to embrace the future of 3D printing, where precision, speed, and versatility merge into a single, portable solution.

About ADDiTEC:

ADDiTEC is a leading innovator in advanced metal manufacturing, serving as a trusted partner to global industry leaders in the aerospace, automotive, research, and energy sectors. Since pioneering multi-laser Directed Energy Deposition (LDED) technology in 2016, ADDiTEC has continued to innovate. The company recently launched its high-power 6kW laser DED systems to enhance material capabilities, deposition rates, and overall performance for industrial-scale applications. ADDiTEC also expanded its technology portfolio with the acquisition of state-of-the-art Liquid Metal Jetting (LMJ) technology with over 300 patents, offering high-resolution, cost-efficient metal printing with superior quality and environmental advantages.

Our adaptable, scalable, and seamless hybrid systems enable integration into various applications, elevating metal component production to new heights. With a proven successful commercialization and global recognition track record, ADDiTEC provides comprehensive R&D services, training, aftermarket support, and application development to empower advanced manufacturing endeavors across multiple industries.

In-depth material characterization and testing capability in ADDiTEC’s Durham, NC facility offers quick-turn post-print analysis and inspection. ADDiTEC is growing its global network of strategic partners, offering customers a simple regional solutions provider for pre and post-sale activities. Collaborate with ADDiTEC, your partner in advancing the future of metal manufacturing.

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For media inquiries, please contact:

Abdiel Lopez

+1 772 800 5691

Abdiel.Lopez@additec3d.com

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What is Liquid Metal Jetting (LMJ)?

What is Liquid Metal Jetting or LMJ?

Liquid Metal Jetting (LMJ), also known as Liquid Metal 3D Printing, is an innovative additive manufacturing technology that involves using molten metal as the feedstock to create three-dimensional objects layer by layer. Unlike traditional metal additive manufacturing methods, such as powder-based techniques or directed energy deposition, LMP employs the unique properties of liquid metals to achieve high-resolution and intricate metal parts.

The process typically involves the following steps:

1. Metal Feedstock: In LMJ, the raw material is a metal alloy, often heated to its molten state. These alloys usually have a low melting point and can remain in a liquid state at room temperature or slightly above.

2. Deposition: The molten metal is precisely deposited in controlled patterns or paths using specialized print heads or nozzles. This is similar in concept to how other 3D printing methods work, where layers of material are added incrementally to build up the final object.

3. Solidification: Once the molten metal is deposited, it rapidly cools and solidifies to form a solid layer. This layer-by-layer solidification process continues until the entire object is constructed.

4. Layer Bonding: The successive layers of solidified metal are bonded together as the printing process progresses. Proper bonding between layers is crucial to ensure the structural integrity of the final object.

5. Post-Processing: After the printing is complete, some post-processing steps might be necessary, such as heat treatment, machining, or surface finishing, to achieve the desired mechanical properties and surface quality of the final product.

Liquid Metal Jetting offers several unique advantages over other metal 3D printing methods:

– High Resolution: LMJ can achieve fine detail and intricate geometries that might be challenging to achieve using other methods.
– Speed: The ability to work with liquid metals allows for faster printing speeds, as the material can be rapidly deposited and solidified.
– Material Range: LMJ can potentially work with a broader range of metal alloys, including those with low melting points that might not be suitable for other metal AM methods.
– Cost Efficiency: The process could offer cost benefits due to the use of liquid feedstock instead of expensive metal powders.

However, like any technology, Liquid Metal Jetting also has its challenges, including managing the behavior of liquid metals during deposition, ensuring proper layer bonding, and addressing any potential issues related to cooling and solidification.

Overall, Liquid Metal Jetting holds significant promise for applications where high resolution, speed, and a diverse range of metal materials are essential. The acquisition of Elem Additive by ADDiTEC, as described in the articles, suggests that this technology is being recognized as a valuable addition to the additive manufacturing landscape.

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