During our lunch and learn sessions, many customers are interested in what they can achieve in terms of Ra (Roughness Average) improvement with electropolishing.
In the microfinishing chart displayed here, you can see a sliding scale in terms of material removal to Ra improvement on the left column.
Alex Wifler has devoted more than half his life to a skill where the difference between success and failure can be measured in fractions of an inch.
When your clients are manufacturers creating intricate parts for life-saving medical implants, “customer service” comes with more than the usual requirements.
Our customer service is built around ensuring consistently high-quality results for critical metal parts because our customers have no room for error. And with decades of expertise and collaboration with engineers across industries like medical device manufacturing and aerospace, we’ve honed our processes to achieve an unmatched level of precision and consistency.
Electropolishing smooths the surface of metal fasteners to improve the structural integrity, longevity, and finish of these critical components.
The intricate and often threaded metal surface of bolts, screws, and other metal fasteners can leave them prone to corrosion, rust, and contamination – and challenging to finish. However, as essential components to a variety of structures, including steel-fabricated buildings and public utility infrastructure, corrosion-resistance is a critical attribute.
Over the years, Able’s team has answered thousands of questions about electropolishing. From inquiries related to specific projects to queries about the use of electropolishing in general, many of these questions come up during our private Lunch & Learn sessions. Here is a sampling of some of the ones we hear mostly frequently:
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