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Send us your sample part and we’ll electropolish it and return it to you with a project quote and delivery schedule – no charge.

NimbleWork is a leading B2B SaaS provider of collaborative AI-powered Enterprise Adaptive Work and Project Management products and solutions.

The electropolishing process is initiated by immersing a metal part into a temperature-controlled bath of electrolyte...

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When it comes to measuring metal surface roughness, RMS and RA are great tools for achieving accurate results. These tools allow you to accurately measure any irregular surface and give you an accurate representation of the texture and pattern of the surface. RA and RMS are just some of the tools that we use at NEE to get precise measurements and achieve the perfect finish with repeatable results.

RMS and RA are two of the most widely used tools for measuring metal surface roughness. RMS stands for Root Mean Square and is used to measure the surface roughness of irregular surfaces. It is calculated by taking the square root of the sum of the squares of the differences between the measured values and their mean. RA stands for Arithmetic Average and is used to measure the average of the absolute values of the surface roughness. Both RMS and RA are effective tools to measure the efficacy and results of stainless steel electropolishing.

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RMS, or Root Mean Square, is another common method used to measure the surface roughness of metal surfaces. With this method, a professional profilometer is used to measure the vertical distance between the peaks and valleys of the surface. The RMS measurement is then used to calculate the average surface roughness, providing an accurate result.

The webinar will be presented by Dr. Andy Carmichael. Andy is a consultant, coach and trainer in Kanban. He’s the co-author, with David Anderson of “Essential Kanban Condensed” (2016), the definitive short guide to the Kanban method, and is an experienced mentor, manager, and business builder. He draws on wide and deep experience in multiple industry sectors, multiple methods, to provide pragmatic and actionable analysis.

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The IT services of a large research hospital, which recently adopted Kanban, is typical of many large business organizations. Multiple user groups, internal technical departments, regulatory and safety authorities, as well as external contractors, collaborate to respond to a wide range of IT requests, ranging from the installations of tablets and printers on hospital wards, through to the technical infrastructure for new buildings and diagnostic facilities.

Ra, or “Roughness Average”, is a common measurement used to measure the surface roughness of metal surfaces. This method requires the use of a professional-grade profilometer to determine the average deviations from the mean line of the surface. The Ra measurement is then used to determine the profile of the metal surface, providing an accurate and reliable result.

Using RMS and RA for metal surface roughness measuring provides several advantages, including accuracy and precision. With RMS and RA, you can accurately measure the surface roughness of any irregular surface, giving you an accurate representation of the texture and pattern of the surface. When it comes to electropolishing this helps to determine the best variables for surface finish for specific parts and applications.

The business processes behind these services are complex webs of interactions involving hand-offs, approvals, and signoffs from multiple players. How did Kanban – in particular, the “Kanban Lens” – help to untangle this web to provide a clear view of the work items involved, as well as the process that controls them? This webinar explores this question and shows how, in so many business contexts, Kanban provides the enabling constraints to see more clearly and manage effectively.