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ADDiTEC and Tri-Tech 3D to collaborate on Expanding Metal Additive Manufacturing Solutions in the UK

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ADDiTEC and Tri-Tech 3D to collaborate on Expanding Metal Additive Manufacturing Solutions in the UK

Wednesday, November 20, 2024 — Frankfurt, Germany: ADDiTEC, a pioneering leader in advanced additive manufacturing solutions, is proud to announce a strategic collaboration with Tri-Tech 3D, one of the UK’s leading providers of 3D printing systems. Launched at FORMNEXT 2024, it marks an important step in bringing cutting-edge metal additive manufacturing technology to the UK market.

Starting this month, Tri-Tech 3D will collaborate with ADDiTEC on expanding sales in the UK of ADDiTEC’s innovative product line, including the state-of-the-art AMDROiD—a turn-key Laser Directed Energy Deposition (LDED) robot cell designed for reactive metals—and the Hybrid Systems, a unique combination of CNC, Liquid Metal Jetting (LMJ), and LDED technologies. This product expansion will provide UK industries with the next generation of high-performance, precision-based 3D printing solutions.

Brian Matthews, CEO of ADDiTEC, stated: “This represents a significant milestone in our commitment to deliver exceptional value to customers in the UK. As a proud native of the UK, I am personally excited to work closely with Tri-Tech 3D to meet the growing demand for advanced manufacturing solutions across sectors like aerospace, automotive, and energy.”

This collaboration will empower manufacturers in the UK to benefit from industry-leading additive manufacturing capabilities, supporting their goals for efficiency, innovation, and sustainability. In particular, industries such as aerospace, defense, and automotive, known for their rigorous demands on material performance and production precision, will gain access to the versatile and powerful technology of ADDiTEC’s systems.

Tri-Tech 3D’s Managing Director, Adrian Painter, added: “Working with ADDiTEC allows us to further our mission of providing cutting-edge solutions to our clients. Their advanced technology is a perfect fit for our existing product portfolio, and we’re excited to introduce these new capabilities to our customer base across the UK.”

With a robust presence in the UK’s additive manufacturing industry, Tri-Tech 3D is well-positioned to provide comprehensive advice on initial specification and work with ADDiTEC in growing the UK install base. Aided further still by their sister company, Cadspec, which bolsters their offering, providing an end-to-end solution for customers integrating CAD/CAM software with Industry 4.0 technologies.

This collaboration is poised to accelerate the adoption of advanced additive manufacturing technologies in the UK, setting a new benchmark for performance and reliability in the field.

For further information about this partnership, visit www.additec3d.com or contact info@additec3d.com.

About ADDiTEC:

ADDiTEC is a pioneering leader in advanced additive manufacturing, dedicated to driving innovation and performance across industries. Headquartered in the U.S., ADDiTEC specializes in cutting-edge 3D printing technologies that empower global leaders in aerospace, automotive, energy, and research to achieve new levels of efficiency and sustainability.

Since introducing its multi-laser Directed Energy Deposition (LDED) technology in 2016, ADDiTEC has continuously expanded its capabilities. Today, our portfolio includes powerful 6kW laser DED systems designed for industrial-scale applications and the advanced Liquid Metal Jetting (LMJ) technology, featuring over 300 patents, for high-resolution, cost-efficient metal printing. These technologies offer unparalleled quality and environmental advantages, making ADDiTEC a trusted partner in advanced manufacturing.

Our adaptable and scalable systems integrate seamlessly into diverse applications, elevating metal component production and setting new standards in the field. With a commitment to quality, customer satisfaction, and sustainable solutions, ADDiTEC delivers comprehensive R&D services, training, and application development. Print Different with ADDiTEC, where innovation knows no bounds.

About Tri-Tech 3D:

Tri-Tech 3D is a premier provider of 3D printing and additive manufacturing solutions in the UK.

Known for its engineering excellence and commitment to customer success, Tri-Tech 3D offers a comprehensive range of products and services designed to meet the needs of a variety of different industries, including Automotive, Aerospace, Defense, Manufacturing, and much more.

Tri-Tech 3D provides a comprehensive service from advice on initial specification and supply of 3D printing hardware to on-site installation, staff training, and on-going product support. Founded in 2007, Tri-Tech 3D was acquired by the Stanford Marsh Group in January 2017.  This resulted in doubling our 3D business with SMG3D and become part of a broader group offering CAD software solutions, CAD training, and wide-format printing.

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Navy Successfully Implements Liquid Metal Jetting (LMJ) 3D Printer Afloat, Achieves Breakthrough in Printing High-Strength Aluminum Alloy Part

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Navy Successfully Implements Liquid Metal Jetting (LMJ) 3D Printer Afloat, Achieves Breakthrough in Printing High-Strength Aluminum Alloy Part

Palm City, FL – Oct 18, 2024 – In a groundbreaking advancement for maritime operations, the U.S. Navy has successfully utilized the ElemX 3D printer based on ADDiTEC’s proprietary Liquid Metal Jetting (LMJ) technology to produce functional parts afloat. This cutting-edge LMJ technology marks a significant milestone in the field of additive manufacturing, specifically tailored for high-strength aluminum alloys such as Al-6061.

Recently, Navy Sailors printed essential parts using the containerized ElemX 3D printer on the USS San Diego while she was home ported in San Diego. The process proved to be remarkably efficient and straightforward, even in the challenging conditions of an active maritime environment. The printed parts were evaluated for quality and performance, with results indicating that the components were both acceptable and fully functional for their intended applications.

Aluminum 6061 parts printed with the ElemX on the USS San Diego

“We are thrilled with the performance of the ElemX 3D printer,” stated Dr. Garth Hobson, Director of the Consortium for Advanced Manufacturing, Research and Education, at the Naval Postgraduate School, Monterey, California. “The ease of use and the quality of the printed parts exceeded our expectations. This technology represents a significant enhancement in our ability to maintain and repair equipment while at sea.”

The Naval Postgraduate School (NPS) and the Consortium for Advanced Manufacturing, Research and Education (CAMRE) play a pivotal role in advancing the use of cutting-edge 3D printing technologies, particularly the ElemX 3D printer. This collaboration focuses on testing and researching innovative use cases that demonstrate the operational benefits of additive manufacturing in naval environments. By leveraging the capabilities of the ElemX 3D printer, NPS and CAMRE have successfully developed and evaluated components and systems that can be produced on-demand at sea, directly addressing logistical challenges. This was highlighted by the deployment of the ElemX 3D printer on the USS San Diego, where it was used to fabricate critical parts, reducing downtime and enabling faster repairs, ultimately enhancing the ship’s operational readiness and efficiency. The research also explores the broader implications of 3D printing in enhancing the Navy’s adaptability and supply chain resilience in remote or combat settings.


USS San Diego

ADDiTEC, the innovative force behind this technology, has dedicated considerable efforts refining the ElemX 3D printer’s capabilities to meet the stringent requirements of naval operations. Their focus on developing a robust and user-friendly solution has paid off, as evidenced by the successful implementation and positive feedback from U.S. Navy Sailors.


Containerized ElemX

“We have worked tirelessly to ensure that our 3D printing technologies meets the specific needs of maritime operations, and we are working to continuously enhance their reliability and efficiency, ensuring they are fully mission-ready for any operational demands.” said Brian Mathews, ADDiTEC’s CEO. “Seeing our efforts come to fruition with the successful printing of functional parts at sea is incredibly rewarding. We remain dedicated to our ongoing collaboration with the Navy, focusing on advancing LMJ technology within our innovative new Hybrid Series, which seamlessly integrates both additive and subtractive manufacturing capabilities into a single machine.

The ability to print high-strength aluminum alloy parts on demand represents a transformative shift in how the U.S. Navy can manage its resources and address maintenance challenges. This advancement not only improves operational readiness but also reduces dependency on traditional supply chains to mitigate contested logistics scenarios providing a strategic advantage for expeditionary and distributed maritime forces.

About ADDiTEC:
ADDiTEC is a leading innovator in additive manufacturing technologies, dedicated to providing advanced solutions for a wide range of industries. With a focus on quality, reliability, and ease of use, company’s cutting-edge 3D printers are designed to meet the unique challenges of each application, from aerospace and defense to medical and consumer products.

 

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Media Contact:

Abdiel Lopez, +1-772-800-5691, Abdiel.Lopez@additec3d.com

www.additec3d.com

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ADDiTEC is Embracing the “How” of 3D Printing 

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ADDiTEC is Embracing the “How” of Metal 3D Printing

The metal 3D printing world is buzzing with innovation, characterized not only by advancements in the technology itself but also by a significant shift in how companies perceive and utilize this powerful tool. We’re seeing a move from questioning the “why” of metal 3D printing to a focused discussion on the “how” — how to integrate this technology seamlessly into existing workflows and unlock its full potential.

3D Printing Benefits Infographic

From Skepticism to Seeing the Benefits

The early days of 3D printing in manufacturing were marked by a certain amount of skepticism, with many companies unconvinced of the technology’s value. Today, the benefits of 3D printing are undeniable and well-documented. 3D printing offers a range of advantages that traditional manufacturing struggles to match:

– Faster Production Cycles: 3D printing streamlines the creation of prototypes and complex components, significantly reducing lead times.

– Cost-Effective Prototyping: Allows for iterative design and testing without the high costs associated with traditional methods.

– Reduced Supply Chain Reliance: Localized production enables printing parts on-demand, minimizing dependence on external suppliers.

– Mass Customization: Enables the creation of personalized products to meet individual customer preferences.

These advantages have swayed industry consensus, leading to a new consensus – 3D printing is a valuable partner, not a competitor, to traditional manufacturing techniques. Companies are now eager to integrate 3D printing, but face a new set of challenges: integration and scaling.

The New Frontier: Seamless Integration and Scaling in Metal 3D Printing

While the benefits of 3D printing are widely recognized, integrating this technology into existing production processes and scaling up operations remain formidable challenges. Many organizations stepping into the realm of 3D printing often find themselves ill-equipped with the necessary internal expertise to leverage this technology effectively, which can lead to underutilized equipment.

Some of the challenges businesses encounter today in scaling 3D printing production include:

1. Quality and Consistency: Ensuring uniformity across diverse production settings, machines, and materials is crucial.

2. Cost and Efficiency: Balancing the economic aspects of 3D printing operations to achieve cost-effectiveness while maintaining high efficiency.

3. Design and Innovation: Continuously advancing the capabilities of 3D printing to meet complex design requirements and foster innovation.

4. Collaboration and Communication: Enhancing the synergy between different teams and departments to streamline the 3D printing process.

5. Regulation and Compliance: Navigating the evolving landscape of industry-specific regulations and standards essential for market entry.

6. Education and Training: Developing skilled professionals through targeted education and training programs to operate advanced 3D printing technologies effectively.

batch of shiny metal cnc aerospace parts production close up with selective focus for industrial background
AMDroid set up for metal 3d printing mass production of parts

ADDiTEC’s Role in Enabling Success

The success of companies adopting 3D printing extends beyond their individual efforts; the manufacturer plays a crucial role in providing the necessary support. Key areas where ADDiTEC contributes include training and workforce development, equipping companies with skilled personnel adept at operating and managing metal 3D printers. Educational programs and training initiatives are vital to bridge the knowledge gap. Additionally, providing user-friendly solutions through simplified hardware and software, along with intuitive design tools and interfaces, enables companies to leverage 3D printing without needing extensive technical expertise.

Recognizing the critical nature of these elements, ADDiTEC has strategically positioned itself to bridge the divide. We offer two products: AMDROiD and the HYBRiD3 that are designed for effortless integration within today’s operational frameworks. Our commitment extends beyond technology provision; we deliver comprehensive external expertise and internal training tailored to empower our clients, ensuring seamless integration of our 3D printing technologies Laser Directed Energy Deposition (LDED) and Liquid Metal Jetting (LMJ) with established production lines to facilitate scalability and enhance overall efficiency.

 

Tailored Solutions for Diverse Manufacturing Demands

Laser Directed Energy Deposition Technology (LDED)
Liquid Metal Jetting Technology (LMJ)

Recognizing that no single metal 3D printing technology can fulfill all application demands, ADDiTEC has crafted a versatile portfolio designed to address the varied needs of the metal manufacturing industry.

Our cutting-edge high-power Laser Directed Energy Deposition (LDED) technology utilizes a powerful directed energy source to melt feedstock material, revolutionizing metal additive manufacturing with unparalleled efficiency and precision. Boasting a rapid production rate of up to 4 kg/h, expansive build volume, and an exceptional 99.99% part density, LDED provides cost-effective, high-quality components that are second to none.

In addition, our Liquid Metal Jetting (LMJ) technology offers a novel approach to additive manufacturing by deploying molten metal droplets to construct three-dimensional objects layer by layer. This ‘drop-on-demand’ technology leverages the distinct properties of liquid metal to fabricate high-resolution and intricate metal parts.

These technologies are commercialized through our AMDROiD, the first forward deployable robotic cell rated for reactive materials and the HYBRiD3 a multi-technology manufacturing platform with additive and subtractive capabilities. This products enable the creation of large-scale metal parts with near-net shapes and 1.5 mm resolution, as well as smaller components with a precision of 0.5 mm. Our solutions, which utilize sustainable, wire-based systems, outperform traditional manufacturing processes in terms of cost-effectiveness and lead times. They also facilitate the production of complex details and fine features. Moreover, our technologies mitigate the risks and strict safety requirements associated with conventional additive manufacturing methods like powder bed fusion, which often involve more costly raw material feedstock.

ADDiTEC's Strategic Global Partnership

Strategic Global Partnerships

ADDiTEC continues to grow its global network of strategic partners, offering customers dedicated regional solutions providers for pre and post-sale activities. Our adaptable, deployable, scalable, and seamless hybrid systems enable integration into various applications, elevating metal component production to new heights. With a proven track record of successful commercialization and global recognition, ADDiTEC provides comprehensive R&D services, training, aftermarket support, and application development to empower advanced manufacturing endeavors across multiple industries.

Pioneering Collaboration to Unlock the Full Potential of 3D Printing

At ADDiTEC, we understand that effective collaboration is the key to unlocking the full potential of metal 3D printing. By fostering strong partnerships across the entire 3D printing ecosystem, including technology providers, manufacturers, national labs and educational institutions, we are uniquely positioned to drive innovation and empower companies to harness the transformative power of this technology. Our focus is not merely on advocating the benefits of adopting 3D printing but on providing the crucial support and solutions needed for successful integration and sustainable growth to achieve manufacturing production goals.

As a leader in the industry, ADDiTEC is dedicated to shifting the focus from “why” adopt Metal 3D Printing to “how” to effectively implement it. We believe that our ability to bring together diverse expertise and resources is essential for helping companies not only adopt but also excel in their 3D printing endeavors. Through our comprehensive approach, we ensure that companies flourish rather than stagnate, paving the way for a future where Metal 3D printing technologies are integral to manufacturing success.

ADDiTEC understands the importance of collaboration in the metal 3d printing industry thats why we work closely with other industry leaders to provide advanced products like the AMDROiD and the HYBRiD

Explore how our products can revolutionize your production capabilites. See for yourself how our solutions can integrate into your manufacturing process to achieve unparalleled results.

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AMDROiD Brings Efficiency and Innovation to Manufacturing

In an era where manufacturing demands flexibility, speed, and eco-efficiency, ADDiTEC is leading the way with its pioneering AMDROiD 3D metal printing system. The AMDROiD brings efficiency and innovation to manufacturing by being the first forward-deployable Laser-Wire Directed Energy Deposition robotic cell rated for reactive materials ready to mass produce metal parts, it’s designed to reshape how industries approach production.

 

Harnessing High-Speed Efficiency:

The traditional manufacturing model often struggles with long lead times and inflexibility. The AMDROiD challenges this norm by drastically reducing production times. What used to take weeks can now be accomplished in days, thanks to ADDiTEC’s innovative 3D printing technology. This accelerated process is not just about speed but also about meeting demand more accurately and responsively.

Achieving Near-Zero Waste:

One of the significant advantages of the AMDROiD is its commendable approach to sustainability. With its precise deposition methods, the system ensures minimal material waste, making it an environmentally friendly choice for modern manufacturing. This efficiency goes beyond just reducing waste—by achieving 100% material utilization, ADDiTEC ensures that every bit of material is used effectively, which minimizes cost and environmental impact.

On-Demand Production Capabilities:

The ability to print parts on demand revolutionizes inventory management and production planning. With the AMDROiD, manufacturers can produce exactly what they need, when they need it, eliminating the need for extensive inventory and reducing the costs associated with overproduction and storage. This capability not only streamlines operations but also enhances the ability to respond to market changes and customer needs swiftly.

Technological Edge:

The AMDROiD is equipped with a robust 6kW fiber laser, a configured deposition head for high precision, and closed-loop process controls that ensure optimal operation. These advanced features enable the production of parts up to 1.8 meters in size while maintaining high-quality standards and achieving complex geometries with ease.

 

AMDROiD Brings Efficiency and Innovation to Manufacturing
AMDROiD Brings Efficiency and Innovation to Manufacturing

Seamless Integration with Industrial Robots:

ADDiTEC’s strategic partnerships with leading industrial robot brands enable seamless integration of the AMDROiD into existing manufacturing systems. This compatibility expands the AMDROiD’s application across various industries, allowing for a more versatile deployment in sectors that require large-scale robotic 3D printing.

Material Versatility:

The AMDROiD brings efficiency and innovation to manufacturing by supporting a diverse array of materials, from aluminum and copper to exotic metals like Inconel and titanium. This versatility opens up numerous applications across different industries, including aerospace, automotive, and healthcare, where customized, high-strength parts are crucial.

Conclusion:

The AMDROiD by ADDiTEC isn’t just a 3D printer; it’s a comprehensive solution that addresses critical challenges in modern manufacturing. By offering faster turnaround times, reduced waste, on-demand production, and advanced technological features, the AMDROiD is set to be a cornerstone of future factories. As industries continue to evolve, ADDiTEC remains committed to providing solutions that are not only innovative but also sustainable and efficient.

 

Are you ready to transform your production processes and embrace the future of manufacturing? Contact ADDiTEC today to learn how our AMDROiD can be integrated into your production line to achieve efficiency, precision and sustainability. 

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ADDiTEC and MECHA, Join Forces to Elevate Metal Manufacturing Excellence

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Press Release

Durham, NC, Feb 23, 2024

ADDiTEC, a trailblazer in advanced metal manufacturing, is thrilled to announce a strategic partnership with MECHA, Inc., a distinguished full-service provider of machining services. This collaboration leverages ADDiTEC’s cutting-edge metal printing technologies with MECHA’s extensive capabilities in high volume precision machining and finishing services.

About ADDiTEC:

ADDiTEC has been at the forefront of innovation in advanced metal manufacturing, with a legacy of pioneering multi-laser Directed Energy Deposition (LDED) technology since 2016. The recent introduction of high-power 6kW laser DED systems solidify ADDiTEC’s commitment to pushing the boundaries of material capabilities, deposition rates, and overall performance for industrial-scale applications.  The Liquid Metal Jetting (LMJ) technology further enhances the product portfolio with the launch of a Hybrid platform, making ADDiTEC a global leader in adaptable and scalable metal printing solutions.

About MECHA, Inc.:

MECHA, Inc. is a leading full-service provider, excelling in precision machining services, with a commitment to quality and a comprehensive range of services since 2008. MECHA delivers custom metalwork complete with plating, painting, marking, silk-screening, and assembly. Specializing in embedded computer components, MECHA’s expertise extends to various industries, including aerospace, automotive, biotechnology, and medical companies.

Collaboration Benefits:

The partnership between ADDiTEC and MECHA, Inc. promises a synergistic blend of advanced metal manufacturing technologies and precision machining capabilities. Customers can expect:

  • Diverse Manufacturing Solutions: The collaboration offers a comprehensive range of manufacturing solutions, from advanced metal printing to precision machining, allowing clients to address a variety of complex requirements with a single, integrated approach.
  • Optimized Operations: MECHA, Inc.’s emphasis on rapid prototyping aligns seamlessly with ADDiTEC’s dedication to minimizing time-to-market. Together, we optimize operations for larger production runs, ensuring efficient and cost-effective solutions for our clients.
  • End-to-End Capabilities: The expertise of MECHA, Inc. in the embedded computer industry perfectly complements ADDiTEC’s focus on advanced metal printing technologies. This strategic alliance provides end-to-end solutions, catering to diverse industries such as aerospace, automotive, biotechnology, and medical sectors.
  • Streamlined Customer Experience: The collaboration ensures a seamless experience for our clients, offering not only cutting-edge technological integration but also comprehensive support for pre and post-sale activities. Our combined teams are dedicated to exceeding customer expectations and fostering long-term partnerships.
  • Cost-Effective Solutions: By combining ADDiTEC’s innovative technologies with MECHA, Inc.’s precision machining services, we minimize costs without compromising quality. The savings generated from optimized operations are directly passed on to our clients, providing them with cost-effective solutions.
  • Efficient Research and Development: The partnership facilitates collaborative research and development initiatives, enabling us to enhance product design and performance. Our joint efforts aim to push the boundaries of what is achievable in advanced metal manufacturing, bringing forth cutting-edge solutions for our clients.

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    brian

    Brian Matthews

    Founder & CEO

    ADDiTEC 

    Speaking about the partnership, Brian Matthews, Founder & CEO of ADDiTEC said, “As we join forces with MECHA, Inc., we are not just forming a partnership; we are crafting a synergy of innovation and precision in advanced metal manufacturing. This collaboration allows us to combine ADDiTEC’s groundbreaking technologies with MECHA’s exceptional machining and metal services, promising unparalleled solutions for our clients. Together, we are shaping the future of metal manufacturing with a shared commitment to quality, efficiency, and cutting-edge excellence.”

    Bobby Boyd, Founder and President of Mecha, Inc., remarked, “At MECHA, we continually push the limits of CNC machining, so we are extremely excited to take things to the next level through our partnership with ADDiTEC, a leader in advanced metal manufacturing.  This strategic alignment will allow our respective customers to innovate in ways that were previously inconceivable, while experiencing an unmatched level of service and support for their cutting-edge designs.  Metal manufacturing is going to evolve rapidly in the near future because of  ADDiTEC’s technology, and we are glad to play a role in that evolution.” 

    About ADDiTEC:

    ADDiTEC is a leading innovator in advanced metal manufacturing, offering cutting-edge solutions for global industry leaders in aerospace, automotive, research, and energy sectors. For more information, visit https://dev.additec3d.com/

     

    About MECHA, Inc.:

    MECHA, Inc. is a full-service provider of machining services, specializing in embedded computer components. Explore their offerings at https://www.mechainc.com/

     

    For media inquiries or further information, please contact:

     

    ADDiTEC

    Abdiel Lopez

    Marketing Specialist

     

    MECHA, Inc.

    Jerry Perrusquia

    Sales and Marketing Manager

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    Advantages of Additive Manufacturing

    Additive manufacturing, commonly known as 3D metal printing, presents numerous advantages over traditional manufacturing processes. Key benefits of additive manufacturing include:

    Customization:
    – Additive manufacturing allows the production of highly customized parts and products, tailored to specific needs and requirements.

    Complex Geometry:
    – Metal additive manufacturing methods enable the fabrication of intricate geometries that would be challenging or impossible with traditional manufacturing techniques.

    Faster Prototyping:
    – Rapid prototyping in additive manufacturing accelerates the product development cycle, reducing time-to-market.

    Reduced Material Waste:
    – Utilizing only the necessary amount of material, additive manufacturing minimizes waste, contributing to cost savings.

    On-Demand Production:
    – On-demand production capabilities in additive manufacturing help reduce inventory costs and enhance overall efficiency.

    Cost-Effective:
    – Particularly cost-effective for small batch production and the creation of complex parts.

    Portability:
    – Increasingly portable machines enable on-site or remote printing of parts.

    Material Versatility:
    – Additive manufacturing accommodates a diverse range of materials, including metals, plastics, ceramics, and biochemicals, expanding its application possibilities.

    Sustainability:
    – By reducing waste, energy consumption, and material usage, additive manufacturing stands out as an environmentally-friendly technology.

    Speed:
    – Generally faster production times compared to traditional manufacturing techniques.

    Automation:
    – Full automation in additive manufacturing simplifies the reproduction of parts and products.

    Complex Components:
    – Enables the production of intricate components with improved functionality and performance.

    Lightweight Parts:
    – Facilitates the production of strong and durable lightweight parts, particularly crucial in industries like aerospace and automotive.

    Time-Saving Through Efficiency:
    – Significantly saves time and resources through on-demand production, reduced inventory needs, and faster prototyping.

    Conclusion:
    Metal additive manufacturing represents a revolutionary technology offering benefits such as complex part creation, enhanced design freedom, minimized material waste, and expedited production. Compatible with a variety of materials like titanium, aluminum, and steel, the technology continues to evolve, promising expanded applications in the future. ADDiTEC, specializing in metal additive manufacturing, has introduced groundbreaking innovations like the fully integrated wire laser-metal deposition (LMD) 3D printer. Products such as AMDroid, AMDroid-Scalable, Hybrid3, and ElemX showcase the cutting-edge capabilities of this multi-laser DED technology. For detailed specifications, explore these products further.

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    Unveiling a New Era: ADDiTEC’s Grand Opening, Liquid Metal Printing, and the Power of Innovation

    In the heart of our grand opening at ADDiTEC’s Durham, NC Facilities on Aug 15, 2023, lies a profound significance, intertwined with our recent acquisition of Elem Additive Solutions. This strategic step acts as a cornerstone, ushering in an exciting chapter that goes beyond mere inauguration; it reflects our unyielding commitment to growth, innovation, and pushing the boundaries.

    While the doors of our state-of-the-art facility swing open, it’s not just a physical threshold we’re crossing. It signifies the dawn of a phase characterized by unwavering dedication. At the center of this transition stands Liquid Metal Printing (LMP), an innovation poised to reshape our journey. With Elem Additive Solutions now under our banner, LMP’s potential is within our grasp – a testament to the fusion of science and ingenuity, promising unmatched capabilities within additive manufacturing.

    LMP’s transformative impact extends to redefine ADDiTEC’s trajectory. It encompasses a broader horizon, expanding material capabilities, accelerating deposition rates, and unlocking a spectrum of performance advantages. This isn’t merely about technological strides; it’s about integrating these leaps into our manufacturing framework, shaping industries with unprecedented excellence.

    From our inception in 2016, ADDiTEC pioneered metal additive manufacturing solutions. The journey began with multi-laser Directed Energy Deposition (DED) technology. Today, our solutions echo globally in education, research, and commercial sectors.

    Yet, the acquisition of Elem Additive Solutions and the advent of LMP represent more than a natural progression. It’s a leap into uncharted realms of innovation. LMP transcends tool status; it’s an embodiment of transformation. Integrating LMP isn’t about adapting; it’s about redefining the very fabric of additive manufacturing.

    The grand opening is a celebration, but it’s also a tribute. It honors our people, partners, and collective ambition propelling us forward. This convergence resonates in the presence of visionaries like CEO Brian Matthews, dynamic COO Miguel Ramon, and distinguished Marcus Acheson from the Greater Durham Chamber of Commerce.

    Today’s inauguration isn’t a culmination; it’s an intersection. It’s the point where expertise converges, aspirations align, and growth thrives. As we toast to the future, the canvas unfurls with uncharted potential. We remain resolute in growth, innovation, and a shared vision. Our journey’s brilliance emanates from collective effort, partnership, and a commitment to charting additive manufacturing’s unexplored territories.

    With every stride, the grand opening’s significance deepens. It isn’t the destination; it’s a catalyst. It’s an affirmation that ADDiTEC’s journey has just begun, propelled by progress, innovation, and insatiable pursuit of excellence. #ADDiTECGrandOpening #InnovationInAction #NewHorizons #LMPAdvantage

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    ADDiTEC Announces the Acquisition of Elem Additive Solutions from Xerox.

    PALM CITY, FL — August 14, 2023  —  ADDiTEC, a leader in technology innovation of metal additive manufacturing, today announced the acquisition of Elem Additive Solutions from Xerox Holdings Corporation. The acquirement of Elem Additive Solutions follows ADDiTEC’s efforts to focus on the extension of its technology portfolio to increase industrial adoption of Additive Manufacturing.

     

    The acquisition will allow ADDiTEC to expand its reach into Liquid Metal Printing (LMP) technology, strengthening existing capabilities, opening up new opportunities for growth, and enhancing the ability to serve the growing additive manufacturing industry.

     

    Since its foundation, Elem Additive Solutions has been the leader in LMP technology and a key part of Xerox’s culture of innovation. From commercializing the first industrial liquid metal 3D printer to deploying it on a naval vessel, Elem Additive has had a history of firsts. The company’s liquid metal 3D printer, ElemX, was developed to be a safer and simpler solution, addressing supply chain resiliency for transportation, aerospace, defense, and industrial manufacturing.

     

    The shared mission and strong technological synergies between ADDiTEC and Elem Additive Solutions creates a tremendous opportunity to continue to innovate to the next level of liquid metal printing.

     

    In the words of Steve Bandrowczak, chief executive officer at Xerox, “The Elem Additive team has seen tremendous success since the organization was stood up nearly four years ago. In evaluating partners for this sale, it was critical we found a company with a shared mission that would sustain and advance Elem Additive’s innovation into the future. We are confident that ADDiTEC is the right partner and look forward to witnessing both teams’ shared success on the road ahead.”

     

    “We’re very excited to have completed the acquisition of Elem Additive Solutions,” said Brian Matthews, founder and chief executive officer at ADDiTEC. “This acquisition is a significant step for our company, we see incredible value in liquid metal print technology, and Elem Additive’s success supplements our growth efforts as we continue to develop new offerings and bring to market our turnkey metal additive manufacturing systems. We are delighted to have acquired Elem Additive Solutions and will strive to create further innovative services and solutions for our customers with the addition of this exciting liquid metal printing technology.”

     

    ADDiTEC will continue to support Xerox customers as the Elem Additive team transitions to the organization. ADDiTEC expects to continue to provide a service of excellence and success for our clients.

     

    The terms of the acquisition were not disclosed.

     

    About ADDiTEC:

    Established in 2016, ADDiTEC is a cutting-edge metal additive manufacturing solutions provider. The company developed ground-up multi-laser DED technology, commercialized in 2020 through its joint venture company Meltio, with global adoption in education, research institutions, and commercial sectors. More recently, the company developed its high-power performance technology to expand material capabilities, increase deposition rates and provide other performance advantages for industry production-level applications. The company’s vision is to be the leader in the additive manufacturing industry by engineering turnkey performance robotic systems using its LDED technology and providing R&D services to a wide range of industries to help clients meet their specific needs.  For more information about ADDiTEC, visit www.additec3d.com and learn about our additive manufacturing solutions.

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    Media Contact:

    Abdiel Lopez, ADDiTEC, +1-786-277-9482, Abdiel.Lopez@additec3d.com

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