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LiM-FL450 Integrated Powder Circulation System

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Technical Parameters

Product Input Voltage	AC380V
Frequency	50Hz
Power	6KW
Dimension	1760mmx1930mmx4300mm
Weight	2050kg

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Equipment Advantages

Full Process Powder Handling

According to the powder cycle production workflow, one device realizes the flow of powder in printing, improves powder utilization and guarantees continuous production.

Real-time monitoring

Real-time monitoring of its own and equipment operating status, to ensure that the system environment qualified at the same time according to the state of the equipment for the calculation, to complete the automatic powder feeding, overflow powder recovery operations.

Powder automatic sieving

The recovered powder is automatically screened and processed to prevent welding slag and other foreign materials from mixing; after processing, the powder can be supplied to the equipment again to improve the utilization rate of the powder. Continuous and stable operation of the equipment can be ensured without personnel intervention.

Related Cases

Related News

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At the same time, LiM Laser is also actively researching and developing the "whole family bucket of auxiliary machines" required by the equipment, building a synergistic optimization from software to equipment and auxiliary machines to realize the development of the whole chain. Taking powder suction machine as an example, LiM-XFJ200 powder suction machine which is suitable for large-sized equipments has been launched; for small-sized equipments, LiM-XFJ10 powder suction machine with small specifications which is more convenient and easy to use has been developed to be suitable for them.

Integration of multiple additive processes for metal 3D printing to achieve integrated gradient additive manufacturing of multi-material functional structures

First use LiM-X260 equipment to complete the copper alloy (CuCrZr) laser selective melting forming, followed by the use of laser cladding technology to add high-temperature alloy (GH4169) cladding layer on the external surface to achieve the purpose of the surface modification to achieve the functional structure of copper alloys and high-temperature alloys of the integration of the gradient additive manufacturing, and the final product has both high thermal conductivity and high strength performance.