William Nebiolo
An Overview of Correct Vibratory Bowl Set-Up
Step 2: Media Mass Planes of Motion Media has two planes of motion in the vibratory bowl. The first plane of […]...
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Mechanical Paste Polishing vs. CAVF Finishing of Gears
A recent Materials Matter article compared generic deburring versus CAVF (chemically accelerated vibratory finishing.) Both techniques are conducted in a vibratory unit....
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The Challenges of Generic Deburring vs. CAVF Deburring
Relative to gear hobbing, shaving, and/or post heat-treat grinding to generate accurate tooth morphology there may come a time wherein vibratory deburring is a requirement to remove adherent burrs. ...
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Vibratory Media Compositions vs. Attrition and Density
The third in our multi-part series on vibratory processing of gears is focused on understanding how media of different compositions have varying attrition rates and densities, and why these are important in vibratory finishing of gears. ...
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Selecting media for optimum vibe bowl gear finishing
Choosing the best media depends on structure and shape of the tooth flank, and whether media components should be abrasive, non-abrasive, or a blend....
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Horsepower Retention by ISF (Isotropic Superfinishing) of Automotive Racing Components
Automotive power and drivetrain components typically transfer the energy from fuel combustions through a series of metal-to-metal mechanical components....
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The Reduction of Parasitic Friction in Automotive Gearbox and Drive Train Components by the Isotropic Superfinish
Microscopic examination of the traditionally ground tooth surfaces of automotive transmission gears reveals a micro-roughness, and unidirectional pattern corresponding to the direction of the gear tooth grinding operation....
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Isotropic Finishing of Helicopter and Turboprop Gearbox Components
The traditional finishing techniques for engineered gearbox surfaces include but are not limited to hob shaving, gear grinding and honing....
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