Eplus3D company News and Trends items

Eplus3D's AMUG (Additive Manufacturing Users Group) trip ended successfully. Engineers, designers, managers, and educators from all over the world came together, sharing their latest achievements and discussing the latest trends in metal additive manufacturing processes and industries. Eplus3D exhibited the outstanding large format metal PBF parts, our state-of-the-art ...

On December 15, 2023, the Ministry of Industry and Information Technology (MIIT) announced the "Announcement on the Typical Application Scenarios List of Additive Manufacturing in 2023", a total of 42 items such as "arc oriented energy deposition of aerospace large high-strength aluminum alloy components" in the industrial field were selected. Public List of Additive Ma...

Eplus3D, one of leading additive manufacturing innovators, proudly introduces the EP-M400S, the latest addition to its advanced lineup of metal additive manufacturing machines. Building upon the success of the EP-M400, this new model brings significant enhancements to fortify the flexibility and performance of Eplus3D mid-size systems. The laser configuration of the EP-...

Recently, Eplus3D announced the installation of the top-notch MPBF machine EP-M300 at Paradigm 3D, marking a significant step in generalizing 3D printing into a competitive manufacturing process, particularly in the production of certified aerospace components. This partnership positions Paradigm 3D, a new entrant in the digital manufacturing realm, as a catalyst for glo...

Hannes Fuchshofer, CEO of Fuchshofer Advanced Manufacturing – FAM GmbH, is reaching the next milestone in the field of metal 3D printing by entering into a strategic partnership with Eplus3D. In spring 2024, the EP-M650 large-format metal 3D printer, the largest L-PBF system in Europe at a Service Provider, will be installed. "The printer allows us to create component s...

Eplus3D, founded in 2014 in Hangzhou, China, has become a prominent player in the field of industrial additive manufacturing systems. Its comprehensive technology suite encompasses both MPBFTM(Metal Powder Bed Fusion/SLM) and PPBFTM (Polymer Powder Bed Fusion/SLS) 3D printing techniques, catering to a wide range of sectors including aerospace, automotive, toolmaking, hea...

[22 November 2023] – The renowned companies Eisenbacher Dentalwaren and Eplus3D are delighted to announce the successful completion of an important development project for the industry. This project has demonstrated that Eisenbacher Dentalwaren's KeraS metal powder can be processed on Eplus3D's metal 3D printers to produce dental frameworks with the highest component qua...

This year in Frankfurt Eplus3D exhibited at the world’s leading trade fair for additive manufacturing and industrial 3D printing. What an incredible week and a great opportunity to meet new connections and catch up with old ones. During the week we had some very exciting things to announce of our recent success and developments going on inside the world of Eplus3D. At t...

Eplus3D, a trailblazer in the world of metal additive manufacturing, is proud to announce the establishment of our new subsidiary in Houston, United States, on November 16, 2023. This monumental event marks a significant milestone in our global expansion journey. The grand opening ceremony follows the success of our first overseas subsidiary in Germany, signifies our unw...

Eplus3D has held its 2nd global partners summit in Hangzhou on 18th - 20th October 2023. The event has brought together our world class resellers and partners to Eplus3D's headquarters at our global business center. The event featured several presentations on the technology direction of our up-and-coming business development and application opportunities. It has been a g...

Compared with traditional manufacturing methods, metal 3D printing mold manufacturing has several advantages, including more complex geometric shapes, rapid manufacturing and customization. When printing molds, following items need to be taken into consideration: Strength and hardness: the mold needs sufficient strength and hardness capability to carry the pressure dur...

This case study describes the successful collaboration between LUMO, a renowned additive metal manufacturing service provider based in Neresheim, Germany, and Eplus3D, an international company with over 300 employees serving various industries such as aerospace, automotive, toolmaking, and mechanical engineering. The goal of the partnership was to manufacture prototypes ...

Eplus3D has announced the launch of the EP-M1550 large-format metal 3D printer. The system is the world’s first 16 laser (optional to 25) metal powder bed fusion (MPBF) system and is one of the largest MPBF systems on the market.

Eplus3D cooperated with a railway company to provide them with a tailored metal AM solution by printing several braking discs with its large-format metal AM machine EP-M650 (quad-laser), which has also been acquired by JINGYE Additive Manufacturing for aerospace.

In racing, every millisecond counts as the first to cross the finish line. The Delta Racing Team of Mannheim University of Applied Sciences optimizes their racing car for the Formula Student Electric every year. The most significant improvement of the chassis this year is the production technology switch to additively manufactured wheel carriers and the benefits that com...

For real-time monitoring of the laser-based metal powder bed fusion (MPBF) process, Eplus3D provides aerospace users with quality control solutions driven by the analysis of the process.

EP-M650 adopts MPBF (Metal Powder Bed Fusion) technology, with a 655 x 655 x 800 mm3 build envelope and four laser systems to ensure a high-efficiency printing production. The precise positioning and innovative area splicing control technology hereby offer uniformity and stability throughout the whole printing phase.

Eplus3D highly engineered metal 3D printers will tell you where is this leading! Find out the key performances and processes of the metal AM machines to extend productivity limits. Meet us at booth 12.0 - D41. Let's talk about the exact customized 3D printing solution for your intelligent metal construction.

The application of additive manufacturing technology to fuel nozzles will greatly promote the development of nozzle research. The advantages of its application in nozzle development are shown in the following aspects.

Compared with traditional manufacturing methods, metal 3D printing mold manufacturing has several advantages, including more complex geometric shapes, rapid manufacturing and customization. When printing molds, following items need to be taken into consideration: Strength and hardness: the mold needs sufficient strength and hardness capability to carry the pressure dur...

For the Aero industry, the most commonly used metal powders are titanium alloy, nickel alloy, stainless steel, aluminum alloy, and copper alloy. And each of them has different properties, which decide what they can print.

Aside traditional manufacturing, titanium alloy parts by metal 3D printers also requires stress relief annealing and castings in a vacuum furnace or an argon atmosphere furnace. Heat treatment is a key process in the manufacturing process of titanium alloy parts, and its final performance depends to a large extent on whether the heat treatment is carried out correctly.

Eplus3D cooperated with a medical professionals team guided by Dr. Wang Chao from Beijing Advanced Innovation Center for Biomedical Engineering of Beihang University decided to help the cat to walk normally again by applying titanium prosthetic limbs

In this July, Honor announced the release of Magic V2, the latest foldable phone, in which 3D printed titanium alloy parts were successfully applied and played a crucial role in its screen scroll solution, making this extremely light phone weighing 231g with 9.9 mm thickness only. Honor Magic V2 folding screen's main supplier of its alloy shaft cover is Golden Sun in Chi...

The collaboration between Eplus3D and Bioprotece and Fit3D holds great promise in helping more patients overcome their difficulties. With the rapid expansion of the metal AM industry and Eplus3D's continued advancements, we anticipate witnessing more profound collaborations that make a meaningful difference in the lives of individuals in need.

As the most widely used technology in the industry, PBF-LB technology has been rapidly applied and developed in different industries. The development directions of MPBF 3D printing are as followed: Research and development of metal powders: metal powder is the key for MPBF metal printing. In order to achieve higher printing accuracy, performance and quality, it is neces...

As one of the most widely-used printing materials in aerospace, shipbuilding and medical world, Titanium alloy has excellent characteristics in high specific strength, excellent corrosion resistance, high-temperature resistance and good bio-compatibility. Yet for other industries, one of the most important reasons to not use titanium is because of the high cost of this m...

Metal 3D printer has broad application prospects in the medical industry, more surgical instruments will be printed out with this technology in the future. Orthopedic implants: metal 3D printer can print complex-shaped orthopedic implants. These implants can be customized according to the specific situation of the patient, which can better fit the patient's anatomy and ...

A car needs more than 20,000 individual parts combined to make. These parts are mainly distributed in the engine system, braking system, suspension system, transmission system and body structural parts of each vehicle. So how many of these components can be printed by a metal 3d printer?

Metal 3D printing has the advantages of fast forming, high precision and high material utilization rate, and is widely used in aerospace, automobile, medical fields. As the technology is being widely applied, here are 7 considerations should be taken into during metal 3D printing. Material Selection Different metal materials have different properties and performance dur...

Eplus3D debuts at Rapid+TCT 2023, the largest and the most influential additive manufacturing event in North America. After the launch of new Quad-laser Metal Powder Bed Fusion machine EP-M400, Eplus3D presented at Rapid+TCT 2023 with its multi-laser large-format metal AM solutions. Together with EP-M650 and EP-M1250 multi-laser series, Eplus3D continues to combine the...

You may have known very well about how SLM 3D metal printers print the parts in the building chamber by MPBF technology, yet do you know what's the next phases a part need to be through before it become a perfect printed? Today let's talk about 3D Printing's heat treatment. 3D metal printing technology requires heat treatment to improve the print's mechanical properties...

It's known that SpaceX has adopted metal 3D printing technology as its solution for its key components. Even though Elon Musk's SpaceX Starship's first launch was not through the test in April, it is for sure that with the technology revolution and the support of 3D printing technology, SpaceX will achieve more impressive progress which means a lot to human society. Spa...

Superalloy are commonly used to manufacture components withstanding high-temperature environments such as gas turbines, jet engines, and aerospace engines, which require complex internal structures. Metal 3D printing technology print these complex internal structures directly, thereby improving the performance and efficiency of parts. To date, there are several types of...

Eplus3D, the leading manufacturer of metal 3D printers, has added a new metal 3D printer to its quad-laser series by officially launching a new metal AM machine EP-M400. This new machine is a marvelous metal printer designed for higher productivity, more cost-effective and faster industrial production. Available in a single, dual or quad-laser configuration, EP-M400 has...

Supportless printing in the metal additive manufacturing industry refers to a production method in which a support structure is not used during manufacturing. However, the support structure is always needed during metal 3d printing. For example, support is added to the cantilever structure and fine structure to strengthen the strength of the component structure, so as to...