Machining

Machining a part requires knowing the correct speeds and feeds for a cutting tool and material — a skill that can take years to master. What if a resource existed that made it possible for anyone to run a CNC machine and successfully cut a range of materials, from plastic and stainless steel to titanium? What if the same resource could help seasoned machinists learn how to optimize a new cutting tool or a new material?

As manufacturers continue to be challenged by a shortage of skilled workers and the need to boost productivity, automation remains a topic of significant interest. That was certainly the case at the Wisconsin Manufacturing & Technology Show. The biennial trade show took place Oct. 8-10 at the Exposition Center at Wisconsin State Fair Park, West Allis, Wisconsin.

After a bit of a hiatus, I received a new book about metalworking, “Essential Guide to Metals and Manufacturing” by Krishan Katyal. The author is a mechanical engineer who has worked for four decades designing and manufacturing machine tools, consumer appliances, diesel-electric locomotives and heavy concrete construction products for Chicago area companies.

Precision and efficiency have become the leading demands for manufacturing. Modern equipment is changing rapidly. Sturdier, harder materials are used, complex geometries with tight tolerances and fine surface finishes are required, and all that has to be done at a faster pace. This race toward product perfection involves using professional custom machining services for more and more industries and for a lot of different purposes.