56 Lasers, 2-Meter Class! Raiming Laser Releases LiM-X2000H Metal 3D Printer

Recently, Rayming Laser officially released the LiM-X2000H ultra-large metal 3D printing equipment. This device is equipped with a 56-laser system and features a forming space of 2000×2000×2700mm, enabling the processing of ton-level complex components. This marks a significant advancement for China in the field of large-scale metal additive manufacturing.

Technical breakthrough, ultra-large size manufacturing capability  

The release of the LiM-X2000H by Rayming Laser represents a significant breakthrough in the field of metal 3D printing technology for large-scale manufacturing. The main feature of this equipment is its enormous forming space, which meets the manufacturing needs for large integral components in industries such as aerospace and energy.

Traditional metal 3D printing equipment is limited by forming size, often requiring large parts to be segmented and manufactured separately before being joined, which not only increases manufacturing difficulty but may also affect the overall performance of the parts.

The 2-meter forming capability of the LiM-X2000H addresses this pain point, making it possible to manufacture large integrated components and eliminating potential quality issues caused by joints. The equipment's efficient multi-laser system ensures processing efficiency for large-format manufacturing; with 56 lasers working in coordination, the production cycle for large parts is significantly shortened.

Innovative design to enhance printing efficiency

LiM-X2000H adopts multiple innovative designs to ensure stability and reliability during the ultra-large format printing process. The device is equipped with an ultra-large format airflow system, which provides a uniform and stable protective gas environment throughout the entire printing process.

The application of the "flight printing" system is another major technological highlight. This system achieves continuous manufacturing capability, reduces non-printing time, and improves equipment utilization and production efficiency.

For the common stress deformation issues in metal 3D printing, the LiM-X2000H addresses them through precise temperature field control and optimized support structure design, ensuring the accuracy and consistency of large component formation.

The equipment is also equipped with an intelligent monitoring system that can monitor the printing process in real time. Through big data analysis and machine learning algorithms, it provides early warnings of potential defects, reducing the risk of print failures.

Widely used to meet the needs of high-end manufacturing.

The application prospects of LiM-X2000H are mainly focused on the high-end manufacturing sector.

In the aerospace field, this device is capable of printing large aircraft structures, engine components, and spacecraft components as a whole, reducing the number of parts and improving product reliability.

The energy and power sector is also an important application direction, including the manufacturing of large components for hydroelectric generators, key parts for wind power equipment, and complex components for nuclear power equipment. These fields have very high requirements for the performance and reliability of parts, and traditional manufacturing methods often have high costs and long cycles.

The high-end equipment manufacturing sector also benefits from this technological breakthrough. The LiM-X2000H can print complex structural components of large heavy-duty machinery, achieving lightweight design and enhancing equipment performance. As the industrial application of this equipment progresses, its application range will further expand to more fields requiring large complex metal parts, providing technical support for the transformation and upgrading of the manufacturing industry.

About Laiming Laser Tianjin Laiming Laser Technology Co., Ltd., as a professional supplier in the field of metal 3D printing equipment, has been focusing on the research and development of Selective Laser Melting (SLM) technology and its industrial applications. The company possesses a complete technology R&D system and independent intellectual property rights, achieving breakthroughs in several key technologies. The company's product line covers a variety of specifications of metal 3D printing equipment, catering to the application needs of different industries. From R&D to production, Laiming Laser has established a comprehensive quality assurance system to ensure the reliability and stability of its equipment. With the formal launch of its equipment, Laiming Laser will assist enterprises in the aerospace, energy, and power sectors to overcome design constraints and achieve the manufacturing of more complex, lightweight large components, providing key technological support for the development of high-end manufacturing in China.