PODCAST – Yield Loss In Your Shop
Released February 28, 2022.
Miles Free and Carli Kistler-Miller discuss yield loss in your shop, what inflation has to do with it and how to combat it with your decision making.
Released February 28, 2022.
Miles Free and Carli Kistler-Miller discuss yield loss in your shop, what inflation has to do with it and how to combat it with your decision making.
September 2019 Craftsman’s Cribsheet #80 To shop personnel, “free machining” has several meanings: • High rate of production is what the boss is looking for. • Low cost of production is what the business owner and accounting seek. • Smooth, workman-like finish is what the engineers and customers are expecting. • To the operator, longer…
Released November 2, 2020 Miles Free interviews Robin Rutschilling & Ernie Doering of Clippard Instrument Laboratory Inc. to discuss how they met the challenge to manufacture ventilator parts for the COVID-19 crisis as well as how the culture at Clippard helped them navigate these unprecedented waters.
PMPA Speaking of Precision Podcast: Live from the 2025 PMPA PMTS Booth (Part 1) Part 1 of Miles Free being joined by a wide array of various industry leaders as PMPA went live from the PMTS 2025 show floor. Great discussions were had that involved key takeaways from the show, latest advancements and trends,…
June 2014 | Craftsman’s Cribsheet #22 Plating difficulties are invariably related to 3 potential contributors: Inadequate cleaning, insufficient stock removal and features of the part being plated. The location of the plating problems on your parts gives you a key to determining the mechanism of failure. VIEW/DOWNLOAD
“When machinists think that there is a problem with the material that they are trying to cut, if the cutoff tool is fine but another tool is not, it’s probably not the material.”
These 5 tips will address your overheating problem by reducing the friction, surface adhesion, and improving removal of heat; improving the tool’s ability to withstand cutting conditions; and reducing the heat inputs by decreasing speed and increasing feed.