LiM-X400H Series

Aviation/Aerospace/Energy Power

High depth, high stability and high performance

Intent Message
LiM-X400H Series
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Technical Parameters

Build Envelope

450mm×450mm×1550mm;500mm×500mm×1550mm Incl. 50mm Substrate

Variable Layer Thickness

20~100μm

Laser Power

IPG 500W × 4;1000W × 4

Scanner

Scanlab High-speed Scanner

Field Lens

Sill f-θ Lens

Recoater

Variable Speed Powder Recoaterr<One-way/Two-way>

Laser Beam Quality

M2≤ 1.1

Scanning Speed

≥7 m/s

Build Rate

≥100cm³/h Quad Laser

Power Dissipation

≤11kW 

Available Material

Superalloy, Aluminum Alloy, Titanium Alloy, Stainless Steel, Die Steel,copper Alloy, Magnesium Alloy, Cobalt Chromium Alloy, Permalloy, Invar Alloy, Etc

LiM-X1300

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Equipment Advantages


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Dual-drive Z-axis

4 guide rail and high precision dual drive synchronous control, to achieve stable operation of large format forming platform.

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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.

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Automatic Powder Circulation System

Automatic screening and drying powder; automatic and efficient completion of powder recovery, screening, supply; fast completion of powder cleaning work.

Related Cases


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金属粉末材料——金属3D打印的关键所在,金属3D打印材料是金属3D打印技术发展的重要物质基础。在某种程度上,材料的发展决定着3D打印能否有更广泛的应用。金属3D 打印材料的研发和突破是金属3D打印技术推广应用的基础, 也是满足打印的根本保证,从而有利于促进金属3D打印行业的突破,助力航天、机械、医疗等高精尖领域的变革。

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