LiM-X150A Series

Application field:Civil Aircraft / Civil Aerospace / Education / Medical / Culture & Creativity

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LiM-X150A Series
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  • 150A(1731287063779).png

Technical Parameters

Build Envelope

Cuboid cabin:150mm×150mm×220mm
Cylinder cabin:Ф140×180mm;Ф100×75mm;Ф80×75mm(Optiona)
Incl. 20mm Substrate

Variable Layer Thickness

20 ~ 100μm

Laser Power

200W;500W

Scanner

High-speed Scanner

Field Lens

f-θ Lens

Recoater

Variable Speed Powder Recoater<One-way>

Build Rate

≥15cm³/h 200W Laser;≥30cm³/h 500W Laser

Power Dissipation

≤5kW

Available Material

Superalloy, Aluminum Alloy, Titanium Alloy, Stainless Steel, Die Steel, Tungsten Alloy, Cobalt Chromium Alloy, Etc

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Equipment Advantages


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Optional 500℃ high temperature pre-heat

The circular cylinder equipment adopts a whole cylinder heat-ingform, and the preheating temperature can reach 500°C.

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Self-developed software

Independent development stable operation

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Intelligent monitoring

Powder bed monitoring module equipped

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Long life filtration system

With backblow filter function, filter life time lasts more than 100,000 hours

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Wide scenes and applications

Available within various working scenes less limitation

 

Related Cases


Continuous research ushered in a new breakthrough, radium laser to achieve pure tungsten material printing!


As we all know, the melting point of pure tungsten (W) is as high as 3410 degrees Celsius, which is a refractory metal. It is very difficult to print pure tungsten materials for selective laser melting equipment. Recently, the process development team of Beijing Technology Center (Xin Jinghe Laser Technology Development (Beijing) Co., Ltd.) has conquered the printing process of pure tungsten materials and realized stable production on radium laser LiM-X150A equipment.

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