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LiM Laser Metal 3D Printer LiM-X400: Enabling Scale-up in the Industrial/Artificial Intelligence/Sports Equipment Sector
Author：
Time：2025-04-16
Metal 3D printing technology is gradually becoming a core productivity tool in the industrial manufacturing field, LiM Laser, with a full matrix equipment system covering large, medium and small molding sizes, promotes the deep integration of metal 3D printing technology into aerospace, energy and power, automotive manufacturing and other industries, and realizes the technology landing in the field with high quality and high efficiency production paths. LiM-X400 is equipped with a 400mm x 450mm x 550mm dual laser solution and a 450mm x 450mm x 550mm quad laser solution. The LiM-X400 is equipped with 400mm×450mm×550mm dual-laser program and 450mm×450mm×550mm quad-laser program, which has continued to break through manufacturing bottlenecks for industry users since its launch, and released a new laser heating program at TCT ASIA 2025, which is equipped with a 9,000W high-power multi-mode laser to heat up the current layer of powder in real time, with the highest heating temperature up to 1,000℃, breaking through the traditional heat transfer bottleneck and ensuring that each layer of powder is at an advantageous melting temperature. This breaks through the bottleneck of traditional heat conduction and ensures that each layer of powder is in an advantageous molten state, which can significantly improve the densities of parts and redefine the upper limit of metal 3D printing quality.
Industrial Production
Restricted by the machining process, traditional heat sinks are mostly designed with simple geometric structures (e.g. linear fins, planar substrates) and require multiple components to be welded and assembled, resulting in increased thermal resistance and limited heat dissipation performance.
Heat Dissipation Tray
Metal 3D printing machine: LiM-X400
Metal 3D Printing Size:340mmx340mmx18mm
Metal 3D printing time: 100h
Metal 3D printing material: CuNi2Sicr
LiM-X400 is a copper alloy heat sink with complex internal channels, which effectively reduces the interface thermal resistance and improves the heat dissipation performance; the design is more free, and the heat path can be adjusted according to the distribution of heat sources to achieve directional heat dissipation, without the need to open the mold to simplify the manufacturing process, especially suitable for small batch customization, shortening the research and development cycle.LiM-X400 equipment supports the vast majority of industrial production requirements to ensure the accuracy and consistency of the one-piece molding. precision and consistency.
Artificial Intelligence
Under the background of technological innovation, policy support, market demand and industry chain synergistic development, the development prospect of the field of intelligent robots is broad. Metal 3D printing technology provides a revolutionary breakthrough in the design, production and performance optimization of robot parts with its unique manufacturing capabilities.
Robot leg bone
Metal 3D printing machine: LiM-X400
Metal 3D printing single piece size:200mmx170mmx400mm
Metal 3D printing time: 48h
Metal 3D Printing Material: Aluminum Alloy AISi10Mg
LiM-X400 printed aluminum alloy (AlSi10Mg) robot leg bone, only 48h to print. The selection of low density, high strength aluminum material, combined with topology optimization design, realizes the combination of high strength and low weight, ensures the robot's stable gait and natural appearance, and effectively improves the overall efficiency of the robot's movement.
Intelligent robot market has a high degree of customization and rapid iteration needs to rescue robots, for example, metal 3D printing technology can be quickly iterative modular components without molds to adapt to the needs of multiple scenarios. It can be said that metal 3D printing is promoting the intelligent robotics industry to a more lightweight, high agility direction of evolution, and its continued breakthroughs in technology boundaries will reshape the future ecology of the robotics industry.
Sports equipment field
LASER is actively expanding the application scenarios of metal 3D printing technology in the consumer goods field. At TCT ASIA 2024, LASER exhibited metal 3D printed titanium bicycles for the first time, which helps bicycle manufacturing to transform into high-efficiency, high-performance, and highly customized, and realizes the dual innovation of performance and aesthetics through free design. Traditional aluminum alloy frames are limited by the manufacturing process, forks and handlebars need to be spliced and welded together, there are structural redundancies, high risk of stress concentration, and it is difficult to meet the stringent balance of strength and weight for professional races.
Fork
Metal 3D printing machine: LiM-X400
Metal 3D Printing Size:478mmx62mmx127mm
Metal 3D printing time: 40h
Metal 3D Printing Material: Titanium Alloy TC4
Handlebar
Metal 3D Printing Machine:LiM-X400
Metal 3D Printing Size:433mmx127mmx192mm
Metal 3D Printing Time:60h
Metal 3D Printing Material: Titanium Alloy TC4
LiM-X400 equipment integrally molded titanium bicycle fork and handlebar, no welds to eliminate the potential for failure of the connection; based on the design freedom advantage of metal 3D printing technology, it can also be further customized according to the physical characteristics of the rider's bike, optimizing the balance of rigidity and comfort; real-time adjustment of the design scheme, optimize the modeling parameters directly printed and shaped to significantly shorten the cycle of research and development of high-performance sports equipment. The continuous iteration of metal 3D printing technology will promote the transformation of high-end sports equipment represented by bicycles to digital flexible production.
LiM-X400 equipment, after years of application verification and repeated design iterations, provides mature solutions for high-quality and high-efficiency production for thousands of industries. The LiM-X400 equipment, together with the cylinder management system, zero-point positioning system, automatic powder circulation system, monitoring system, truss transfer system, etc., builds up an intelligent production line with automated production capacity and sustainable operation, which provides a smarter path to realize high-volume and large-scale production. In the future, with the further application of LiM-X400 in more fields, it will help more industries to realize intellectual upgrading.
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