The effect of ball milling process on the homogenization of coating microstructure and coating properties and showed that the coating presented a dense and homogeneous microstructure with few pores and no cracks. high-speed laser cladding machine is a high-speed laser re-manufacturing equipment . This machine can meet the coating manufacturing and rapid repair application requirements of various shaft parts with features of high efficiency, low cost, and environmental protection.

The laser cladding machine is better than ball milling process

Dear Bidipta,

thank you for sharing this interesting technical question. Unfortunately the topic of this question is rather far away from all our areas of expertise as we work in organometallic chemistry. However, I was sorry to see that your question has received only a copy-and-paste answer which is perhaps not very helpful. I just came across the following potentially useful article in which the two methods are compared (although it deals with a rather exotic iron alloy). Please have a look at this paper:

Production and characterization of laser cladding coating of Fe66Co7Nb4B23 (at.%) gas-atomized and ball-milled powders

Article Production and characterization of laser cladding coating of...

Just check the freely available Abstract to see if the work is of interest to you. If it is, you can easily request the full text directly from one of the authors via RG. The article is very recent, and all authors have RG profiles.

I also strongly suggest that you search the "Publications" section of RG for other helpful literatures references. Just search for terms like "ball milling", "laser cladding" or "gamma-iron" and then click on "Publications". This will provide you with a long list if relevant articles which have been posted by RG members, many of them even as public full texts.

Good luck with your work and best wishes!