Wednesday, September 30, 2020
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Gear Blanks

Optimization of asymmetric tooth root generated with protuberance hob

The Direct Gear Design [1] method optimizes various parameters and elements of gear tooth geometry to achieve the required gear-drive […]

Forging Ahead for Gear Applications

The challenges facing today’s designers grow with each passing year. The global market provides for a more competitive stage, creating […]

New Powder Applications

Powder Metallurgy is a proven technology to produce high strength gears and tailored gear shapes for both automotive and industrial […]

It’s All on the Surface

As manufacturers look to reduce cycle times, costs, and to improve the life of their products, many variables are considered […]

Making “Cents” of Die Casting

For many applications, zinc alloy die cast gears provide an opportunity to dramatically cut manufacturing costs and improve part-to-part consistency. […]

A “Super Tool” for Superior Gear Blanks

It stays cool, it doesn’t produce problematic chips, it cuts with ease … it’s the Super Tool! Well, not really. […]

The Details of Ductile Iron

Cast iron is generally thought of as a weak, dirty, cheap, brittle material that does not have a place in […]

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