Using high-precision laser technology, metal powders ranging from 20μm to 100μm are fused layer by layer to produce highly complex and optimized structures.This enables the production of internal channels and geometries that are impossible to achieve with conventional subtractive manufacturing methods. .
DfAM design and support generation
Precise powder layer deposition with 20–80μm thickness
Selective melting using a high-power laser
Heat treatment, machining, and final quality assurance
Select the optimal equipment tailored to your application and part size
We utilize qualified metal powders suitable for aerospace, medical, and other high-performance applications
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Ti
Titanium Alloy
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Ni
Inconel625, Inconel718
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AI
Aluminium Alloy
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Fe
Stainless steel
(STS304L,STS316L,STS630 등) -
Cu
Pure coper, Copper Alloy
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Hx
Hastelloy X
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Co
CoCr
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Px
PEEK
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etc
Defense
Additive manufacturing of lightweight, high-durability components for defense systems, with complete data security Nuclear
Nuclear
Design and additive manufacturing of nuclear power and SMR components High-strength components designed to withstand extreme temperature and pressure conditions
Aerospace
Manufacturing lightweight, high-durability components for next-generation launch vehicles, including rocket engines, turbine blades, and housings Industrial Applications
Industries
Comprehensive additive manufacturing solutions for automotive, tooling, medical, and various industrial applications
We provide comprehensive support services to minimize downtime and ensure reliable equipment operation
- Technical Support
- Remote Support
- on-site training
- Data Security Management
Tell us your project requirements, and DPERT experts will provide tailored solutions within 24 hours.