On September 1st, Avimetal released four laser selective melting (SLM) equipment products, officially entering the equipment field and launching a one-stop service model of “equipment+materials+processes” for metal 3D printing. The press conference was held at Avimetal Dongguan R&D Center, adopting an online live streaming mode and receiving high attention from the industry. Nearly 6000 people interacted online, and user partners responded warmly.

At the press conference of Avimetal Dongguan R&D Center

Relying on more than ten years of new material research and development, forming process verification and several years of in-depth cooperative learning with the world’s leading equipment brand Concept Laser, Avimetal has accumulated rich experience in laser additive forming technology, and the equipment business is following the trend.

This time, four laser selective melting equipment models, MT280, MT330, MT450, and MT650, are launched for the first time. They use international first-class brand core components, and the core technology is independently controllable. The printing and forming process is stable, and the performance of the parts is superior. All of them are industry-leading models. Currently, they have an annual production capacity of 100 units and can provide customized development services according to user needs.

Creating High Value Added Metal 3D Printing Equipment

Launch a new one-stop service model of “equipment+materials+technology”

Looking at the development of the industry, most additive companies are limited to focusing on one link of the industrial chain, and the ways in which end users meet their needs are mostly in the current industry situation of “buying horses in the east market, buying saddles in the west market, buying bridles in the south market, and buying long whips in the north market”. There are matching barriers between different links, with huge investment and time-consuming and labor-intensive efforts; Avimetal combines its advantages in metal additive manufacturing materials and process technology to step into the equipment business, connecting the one-stop industry development of materials, equipment, and processes, providing users with system solutions, truly achieving full supply chain traceability and controllability, and increasing production and efficiency for end users.

Supported by over a hundred powder material grades

Create customized supporting material packages

As a leading brand in the field of metal 3D printing powder in China, Avimetal has 15 years of research foundation in high-performance alloy powder materials, and has mastered key technologies in the design, preparation process, and complete equipment of high-performance metal powder materials. It has successively overcome industry technical problems such as powder yield and flowability. The powder products are high-purity, spherical, and have excellent and stable forming performance, and have good compatibility with leading printing equipment at home and abroad, We have steadily supplied metal 3D printing applications such as aerospace, biomedical, automotive manufacturing, and mold manufacturing in bulk.

The printability of high-performance materials is closely related to technological innovation. Avimetal matches the technological needs of independent printing equipment and relies on the material development advantages of leading industries to provide over a hundred metal 3D printing powder material grades support for equipment, including titanium and titanium alloys, high-temperature alloys, aluminum alloys, and other nine series. We can also customize powder development according to customer needs by optimizing material composition Performance indicators such as printing parameters and heat treatment technology are provided to support metal 3D printing materials such as “material database” and “material supermarket” for equipment cooperation users, achieving the material and equipment requirements for intelligent manufacturing in different terminal application fields.

Optimal Process Technology Solution

Ensure equipment delivery for high-quality production and manufacturing

Additive manufacturing processes, such as forming parameters and support design, have a crucial impact on the dimensional accuracy and internal quality of terminal application components; Based on several years of experience in printing and verifying components with multiple sizes, structures, materials, batches, and continuity, Avimetal provides process technology solutions suitable for special components of each equipment, such as design modeling, structural optimization, forming process, process control, heat treatment, surface treatment, and inspection analysis, to ensure that the equipment works immediately upon delivery, and to provide customers with optimal solutions such as printing accuracy, success rate, and printing cost, Assist manufacturing users in high-quality, low-cost, and mass production manufacturing.

制造精良，装备世界

Empowering thousands of industries and factories

Implementing the national emerging industry strategic plan of the 14th Five Year Plan and the industrial requirements of Beijing to build a high precision and cutting-edge industrial structure and develop intelligent manufacturing, undertaking the task of leading the additive manufacturing strategy of Beijing Jingcheng Machinery Electric Group. This entry into the equipment field is an important measure for Avimetal to deepen its industrial layout; In the future, Avimetal will embark on a new corporate mission of “manufacturing high-quality equipment in the world” at a high speed, fully developing the intelligent manufacturing equipment business field, providing high-quality equipment, materials, and process one-stop services for domestic and foreign users, promoting more partners to improve quality and efficiency, allowing metal additive manufacturing (3D printing) technology to enter thousands of factories, empowering thousands of industries, and promoting the construction of a new pattern for the development of high-end metal additive manufacturing industry.