Laser Metal Fusion (LMF)
Manufacturing Parts With Intricate Internal Structures
Dynamic Component Structure
LMF leverages 3D CAD models to fabricate dynamic, rotational structures via precision laser melting of metal powder layers. Our in-house powder bed fusion process, guided by component CAD data, yields flexible structures with unparalleled accuracy. We offer our clients a suite of advanced tools, expertise, and digitalization solutions to achieve their product requirements.
Dynamic Component Structure
LMF leverages 3D CAD models to fabricate dynamic, rotational structures via precision laser melting of metal powder layers. Our in-house powder bed fusion process, guided by component CAD data, yields flexible structures with unparalleled accuracy. We offer our clients a suite of advanced tools, expertise, and digitalization solutions to achieve their product requirements.
High-Intricate Geometric Parts
LMF is an optimal solution for the efficient serial production of intricate parts with intricate internal geometries that are unachievable through conventional techniques such as turning or milling. Our technology enables the creation of stable, lightweight components, ideal for lightweight design or custom applications.
High-Intricate Geometric Parts
LMF is an optimal solution for the efficient serial production of intricate parts with intricate internal geometries that are unachievable through conventional techniques such as turning or milling. Our technology enables the creation of stable, lightweight components, ideal for lightweight design or custom applications.
Sustainable Additive Manufacturing
LMF exhibits exceptional sustainability compared to traditional ablation processes, as it minimizes material waste through the elimination of chips and other excess material. This is achieved through the precise melting and solidification of metal powder layers guided by the component’s CAD data, yielding components of desired shape and structure without any additional wastage. This efficient, material-conserving production method reduces environmental impact and minimizes costs associated with material waste disposal and provides greater overall production efficiency.
Sustainable Additive Manufacturing
LMF exhibits exceptional sustainability compared to traditional ablation processes, as it minimizes material waste through the elimination of chips and other excess material. This is achieved through the precise melting and solidification of metal powder layers guided by the component’s CAD data, yielding components of desired shape and structure without any additional wastage. This efficient, material-conserving production method reduces environmental impact and minimizes costs associated with material waste disposal and provides greater overall production efficiency.
Related Content
Stereolithography (SLA)
3D Printing Complex Parts and Components
NanoParticle Jetting (NPJ)
Cutting-Edge Additive Manufacturing
Fused Deposition Modeling (FDM)
Creating Durable Products With 3D Printing