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Overview

3D printing

3D printing uses stainless steel powder screening, a closed screening environment, — Titanium alloy powder — Aluminum alloy powder — Stainless steel powder — Iron-based alloy — Nickel-based alloy — Titanium powder, copper powder, aluminum powder, molybdenum powder

Technical advantages

Personalized customization

High-precision 100% design restoration, fully meeting personalized customization requirements

Optimize design

Topology optimization design, streamlined component structure, and reduced product weight

High reliability

Integrated molding of complex structures, no assembly required, high product consistency and reliability

Multi-size forming

Meet the multi-dimensional forming needs of component manufacturing from millimeters to meters

Rapid prototyping and repair

Meet the rapid prototyping and repair of any missing or damaged parts

Shorter manufacturing cycle

Significantly reduce processes, processes and supply chains, resulting in shorter manufacturing cycles

High utilization rate

High material utilization rate and basic net shape; high manufacturing efficiency and low cost.

cut costs

Comes with a screening and recycling system to save costs

Applications

NMS Series Additive Recycling

plan
equipment:
Printing additive recycling systems
Material:
Recycling of metal powder 3D printing.
Craftsmanship:
Separate the loose powder and collect it.
result
Used in 3D printing industry

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