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Case Study

Case Study List

Case Study.11_MMC Research [Stellite6 + WC]

The MX-Lab Equipment is Based on six feeders and DED technologies. All systems are integrated into one product. This Metal Matrix Composites demo shows how easy it is to research new material with the MX-Lab equipment. In this demo, we stated Stellite6 and WC mixing powder in 5:5, 6:4, 7:3, 8:2 ratio. After deposit, the specimens of Metal Matrix Composites were analyzed by SEM & EDS & Hv

Case Study.10_[ CoNiAlCuFe HEA BSE / EDS Mapping Analysis Re…

The MX-Lab Equipment is Based on six feeders and DED technologies. All systems are integrated into one product. This High Entropy Alloys demo shows how easy it is to research new material with the MX-Lab equipment.  In this demo, we supplied pure Co, Ni, Al, Cu, Fe powder by each hopper. After deposit, the specimens of High Entropy Alloys were analyzed by SEM & EDS & XRD & Hardness (277 Hv)

Case Study.9_MMC Research [IN625 + YSZ]

In this demo, we stated IN625 and YSZ mixing powder in 97:3, 95:5, 93:7 ratio. After deposition, the specimens of Metal Matrix Composites were analyzed by SEM & EDS & Hardness

Case Study.8_MPC(Metal Porous Coating) technology

These are one of our medical application of our MPC(Metal Porous Coating) technology. We used our MX-Med equipment, developed exclusively for metal porous coating, to coat several different artificial joint . These artificial joints have been tested and approved by our partners for its quality and excellence! Check the various technical qualities of our technology and MX-Med machine.

Case Study.7_FGM Research [AlBronze + CoCrW]

In this demo, we stated with Co Alloy CoCrW and deposited the material gradually changing to Albronze After deposit, the specimens were analyzed by SEM & EDS & HV and the composition of the material gradually changed.

Case Study.6_FGM Research [IN625 + T800]

Technological limitations in this process are susceptibility of T‐800 to brittle fracture as well as significant thermal stresses due to rapid  cooling, which is an inherent attribute of laser techniques. Therefore, in this work, a number of steps that optimized the LENSTM process  and improved the metallurgical soundness of coatings are presented. Employing volume and local substrate pre‐heating resulted in the formation of high quality coatings devoid of cracks and flaws.

Case Study.5_MMC Research [AlBronze + CoCrW]

In this demo, we stated AlBronze and CoCrW mixing powder in 7:3 ratio. After deposit, the specimens of Metal Matrix Composites were analyzed by SEM & EDS & Hardness & XRD.

Case Study.4_MMC Research [SUS316L + T800]

In this demo, we stated SUS316L and T800 mixing powder in 5:5, 6:4, 8:2 ratio. After deposit, the specimens of Metal Matrix Composites were analyzed by SEM & EDS & hardness.

Case Study.3_FGM Research [SUS316L + IN625]

In this demo, we stated with SUS316L and deposited the material gradually changing to IN625. After deposit, the specimens were analyzed by SEM & EDS & HV and the composition of the material gradually changed.

Case Study.2_FGM Research [SUS316L + CoCrNi]

In this demo, we stated with SUS316L and deposited the material gradually changing to CoCrNi. After deposit, the specimens were analyzed by SEM & EDS & HV and the composition of the material gradually changed.

Case Study.1_FGM Research [SUS316L + IN718]

In this demo, we stated with SUS316L and deposited the material gradually changing to IN718. After deposit, the specimens were analyzed by SEM & EDS & HV and the composition of the material gradually changed.

Case Study _ Material research report with MX-Lab

The initial study of MMCs and FGMs report contains information regarding functionally graded material such as SUS316L,  IN718, CoCrNi, IN625 and T800. All systems are integrated into one product. This functionally graded material demo shows how easy it is to research new material with the MX-Lab product.