Additive Manufacturing | Streamline your AM processes
Additive Manufacturing | Streamline your AM processes

From Concept to Customer – Streamlines all of your AM processes

 
the right Shimadzu solutions for your Additive Manufacturing
Analysis of Raw Materials Testing Semi Finished Products Ensuring Quality of Finished Products MCT Series SALD-2300 HMV-G Series Fatigue Testing/Impact Testing Universal / Tensile Testing Machine XSeeker 8000

Shimadzu enhances your additive manufacturing (AM) processes with comprehensive testing solutions for the entire process chain. As AM, or 3D printing, continues to revolutionize industries like automotive, aerospace, and medical, its benefits—including reduced waste, lower inventory needs, and faster production times—are becoming increasingly vital. Our world-class analytical instrumentation and material testing tools address every challenge in the AM industry, from raw material analysis to the evaluation of finished components. Trust Shimadzu to support your innovation and efficiency in additive manufacturing.
 

 

 

Analysis of Raw Materials

Raw Materials

Raw materials of high quality –such as powder as a source product– are essential for achieving an excellent result, as they are the ingredients that produce the key features of a top-class AM product: purity, reliability and durability. Analysis of particle size and distribution measurement, composition, impurities, and particle compression-rupture strength are critical for determining particle size and shape, contamination and the dynamic measurement of deformation characteristics of fine particles.

 

 

 

 

Testing Semi Finished Products

Testing Semi Finished Products

Semi-finished products such as rods and plates need to be tested for defects, e.g. inclusions voids, in order to prevent material and product failures. A range of mechanical testing and physical measurement are methods of choice to determine the effect of defects on mechanical properties.

 

 

 

 

Ensuring Quality of Finished Products

Ensuring Quality of Finished Products

Finished products and components have to reliably withstand real-life loads in order to provide dependability, product safety, and user and liability protection. Static and fatigue testing methods, as well as X-ray CT inspection, give manufacturers insights into the capacities of their components and allow them to proactively make adjustments.

 

 

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