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Education scientific research

Multiple innovation and technology leading additive manufacturing

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Education scientific research
Introduce

AEROSPACE
With the further development and maturity of intelligent manufacturing, new information technology, control technology and material technology have been widely applied to the manufacturing field, and 3D printer technology will also be pushed to a higher level. The development of 3D printing technology will reflect the trend of precision, intelligence, universality and convenience. 3D printing technology has been attached great importance by the country in the field of education and scientific research. The launch of "National Additive Manufacturing Industry Development And Promotion Technology (2015-2016)" has raised the development plan of 3D printing technology to the height of national strategic development. It not only emphasizes the promotion and popularization of 3D printing education, but also emphasizes the cultivation of 3D printing technology talents. The 14th Five-Year Plan of China proposes to build a high-quality education system and enhance the adaptability of vocational and technical education. We should highlight the characteristics of vocational and technical education, deepen reform and innovation, optimize the structure and distribution, and vigorously train technical and skilled personnel. In 2015, the Ministry of Education listed "3D Printing of aviation products", "Additive manufacturing Technology" and other professional directions in the higher vocational education (specialty) directory, and in 2020, additive manufacturing engineering was listed in the general higher education (undergraduate) directory. 3D printing education in secondary vocational education, higher vocational education and general higher education, for different levels of additive manufacturing personnel training system is constantly improved. 3D printing technology has special application value and research direction in the application of new materials for scientific research, the study of structural and mechanical properties, the materialization of microstructure, structural topology optimization design and so on. It is also a major feature of scientific research in the fields of various materials forming. From the direction of scientific research and technology application and national talent cultivation, 3D printing is promoted to be more widely applied in the field of education and scientific research.
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Advantages of 3D printing

  • The design practice is more free, low cost and fast materialization, helping to optimize the design
  • Simplified process, "what you think is what you get", any complex structure can be manufactured
  • Multi-material arbitrary composite manufacturing, low cost personalized customization

Technical advantages

Lejia has been deeply engaged in additive manufacturing industry for more than 20 years, and has obtained the technology transfer and authorization of the earliest SLM equipment R&D team of South China University of Science and Technology in China. Lejia is committed to building an international leading metal 3D printing solution provider with outstanding application advantages and obvious service benefits in the field of education and scientific research. Mainly reflected in:

  • Mature technology

    Nearly 20 years of technology accumulation, product features complete, stable quality, mature technology

  • Stable performance

    Multi-module integration ensures excellent quality and stable performance

  • Efficient molding

    Efficient molding, superior performance, shorten the production cycle

  • Dimensional diversity

    Large size molding, meet all kinds of molding needs, without fear of complex structure

  • Low manufacturing cost

    Automatic digital production, optimize parts structure, lightweight, reduce manufacturing cost

  • Custom models

    Customized models, tailor-made, highly optimized operation process

Case

J4

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J3

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J2

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J1

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DiMetal-450

Dimetal-450 is a highly efficient solution for large-size metal 3D printing applications. The dual laser and dual mirror forming scheme can improve the forming efficiency by more than 80%. It is the first time to adopt a closed internal powder processing system to reduce the harm of dust to human body. Used in mold, automobile, aerospace, nuclear power military industry, orthopedic medicine, etc.
Application: mould, automotive, aerospace, nuclear military, orthopaedic medicine
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DiMetal-300

Dimetal-300 is a multi-material metal 3D printing equipment developed by Lejia, which can form 1-4 kinds of materials at one time, realizing the one-time processing and forming of multi-material parts, meeting the diversified requirements of material properties of complex parts, and improving the material design space of parts in complex use scenarios and working conditions. Applied in electric power, industrial mold, basic scientific research, aerospace, education and multi-material experiment, etc.
Application: electric power, industrial mould, basic scientific research, aerospace, education, multi-material experiment
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DiMetal-280

Dimetal-280 is a medium-sized laser selective melting metal 3D printing equipment developed by Lejia. It has the characteristics of moderate forming size, high forming accuracy, ultra-precision filtration system and fresh air protection system double protection to reduce forming defects and ensure the forming quality of parts. Used in mold manufacturing, industrial precision parts, aerospace, automobile manufacturing, medical applications, scientific research and other small batch production or customized.
Application: mold manufacturing, industrial precision parts, aerospace, automotive, medical applications, scientific research
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DiMetal-100D

Dimetal-100d is a small laser selective melting device developed by LASERADD for low cost and multi-purpose applications. It supports multi-materials, development and customization. It can be used for research and development and production of precision small parts in orthopedics, dentistry, jewelry and scientific research and education industries.
Application: Orthopedics, dentistry, jewelry and scientific research and education
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DiMetal-50E

Dimetal-50E is a new generation of metal 3D printer for vocational education specially developed by LASERADD for vocational education industry, which can be used in vocational training and skill competition of metal 3D printing in secondary and higher vocational colleges. Its biggest feature is the metal 3D molding under the condition of no inert atmosphere protection. The operation process is simple and the exhaust link is omitted to save the exhaust time and the cost of protecting gas. It is very suitable for low-cost education and training, providing complete metal 3D printing operation and skills training for students and vocational trainees.
Metal 3D printer for vocational education and training
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DiMetal-50

In order to meet the needs of high-precision parts and research and development of small laser selective melting equipment, forming precision up to 20μm, is the highest forming precision SLM equipment on the market, can achieve high precision, high quality forming, mainly used in jewelry, dentistry, scientific research and education and other industries precision small parts research and development and production
Application: jewelry, dentistry, scientific research and education industries
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Learn more from our experts

We are committed to accelerating the development of advanced applications and innovative additive manufacturing solutions. If you are just beginning to explore additive manufacturing or have some experience in additive manufacturing, our experts can help you take it to the next level, no matter what stage you are in.

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Using DED (directional energy deposition) technology, the equipment can meet the requirements of high precision, high quality and efficient forming and in-situ repair of complex structures.

Database

Learn how industries are using 3D printing to speed up r&d and innovation. More product pages, success stories, industry insights and customer interviews welcome to explore

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Here you can find more metal 3D printing technology solutions for aerospace, industrial applications, medical, mold manufacturing and educational research, jewelry customization and other industries, as well as more 3D printing industry information and promotion information.

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