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LiM-X260A Series

Aircraft / Aerospace / Shipbuilding / Gas engine / Metallurgy / Construction machines Automotive / Mold / Education / Medical / Culture & Creativity

Multiple Applications，Strengthening for Powerful Country in Science and Technology.

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Technical Parameters

Build Envelope	260mm×260mm×430mm Incl. 30mm Substrate
Variable Layer Thickness	20 ~ 100μm
Laser Power	IPG 500W ;500W × 2
Scanner	Scanlab High-speed Scanner
Field Lens	Sill f-θ Lens
Powder Spreading Mechanism	One-way variable speed powder laying
Laser Beam Quality	M²≤ 1.1
Scanning Speed	≥7 m/s
Build Rate	≥30cm3 /h Single Laser；≥45cm3 /h Dual Laser
Power Dissipation	≤ 3kW
Available Material	Superalloy, Aluminum Alloy, Titanium Alloy, Stainless Steel, Die Steel, Copper Alloy, Magnesium Alloy, Cobalt Chromium Alloy, Permalloy, Invar Alloy, etc

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Equipment Advantages

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Large Capacity Powder Cylinder

The powder capacity is 1.5 times that of the forming cylinder, ensuring uninterrupted printing.

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High Precision Forming Platform

The positioning accuracy can be controlled within ± 0.005mm.

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Self-developed Software

LiMPCS-SLM software ensures the normal operation of the equipment.

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Intelligent Monitoring

Powder bed monitoring module, the abnormal spread of powder for automatic powder replenishment, automatic alarm.

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Safe and Reliable

ISO standard, CE safety, CE explosion proof certification.

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Long-lasting Filtration System

Filter life of more than 100000 hours, to achieve equipment printing uninterrupted.

Related Cases

School-enterprise cooperation, radium laser metal 3D printing equipment to help Sichuan Engineering Vocational and Technical College of a number of projects research and development.

In recent years, the state has vigorously developed vocational education, promoted higher education innovation, encouraged schools and enterprises to cooperate to cultivate talents, and deepened the integration of production and education. As a domestic first-class equipment manufacturer in the field of additive manufacturing, Radium Laser has responded positively. At present, it has reached cooperation with many colleges and universities and has gained a lot in terms of co-hosting competitions, co-research projects and co-education of talents.

Related News

Limit size | successful printing 0.2 rod diameter typical parts

Recently, the research and development team of radium laser technology successfully printed large-area (150mm * 150mm) limit size structural parts of aluminum alloy through adjusting the laser power, spot size, scanning strategy, scanning speed and other process parameters LiM-X260A by the self-research equipment. the formed parts have intact overall structure, uniform thickness, rod diameter of 0.2mm, and rod diameter dimensional accuracy of +/-0.025mm.

Driving the Intelligent Manufacturing and Upgrading of Mold Industry-Outstanding Advantages of Metal 3D Printing Technology

With the accelerated development of the manufacturing industry, enterprises have increasingly stringent requirements for mold accuracy, structural complexity, production cycle and cost, and traditional mold manufacturing technology can no longer fully meet market demand. Among the many new technologies, metal 3D printing technology brings a new development direction for the mold industry with its unique technical advantages.

Radium laser helps provincial competition, contributing to the selection of highly skilled and new professional talents.

On October 13, sponsored by the Sichuan Provincial Department of Human Resources and Social Security, the Sichuan Provincial Department of Commerce, the Sichuan Provincial Federation of Trade Unions, the Sichuan Provincial Committee of the Communist Youth League, and the Sichuan Postal Administration, and undertaken by the Deyang Human Resources and Social Security Bureau, Sichuan Engineering Vocational and Technical College and Sichuan Information and Communication School co-organized Sichuan Skills Competition-the first New Vocational Skills Competition was successfully completed in Deyang City. All the 5 sets of equipment used in the competition of additive manufacturing equipment operators in this competition are provided by radium laser. this competition has also laid a more solid foundation for our school-enterprise cooperation.