CNC Surface finish affects whether your CNC part works or fails. It changes friction, sealing, wear, and corrosion resistance. This guide covers how finish is measured, what the common finish types are, how cost is affected, and how to write finish correctly on your drawings.
CNC machining tolerances are used to ensure parts fit and work together. In this article, we’ll look at normal and tight tolerances, tolerance selection, and how to control your production expenses. You’ll discover how to design economical, high-quality parts.
CNC Tolerance Guide: Standard, Tight, and Practical Machining Tolerances Explained Read More »
Metals and plastics are two main CNC machining materials. In metals, Aluminum 6061, 7075, Stainless Steel 303, 304, 316, carbon steel, brass and titanium are prominent. In CNC plastics, Acetal, ABS, PEEK, and Nylon are the main types.
Why do quotes for your CNC machined parts vary so much? CNC machining cost mainly depends on the material, part complexity, tolerances, machining time, surface finish, and order quantity. This guide explains how those costs add up and how you can reduce them while meeting your part’s functional and quality requirements.
CNC Machining Cost Guide: Hourly Rates, Price Breakdown & Cost-Saving Tips Read More »
Why is aluminum hard to machine? Aluminum is a fast metal to cut, but fast does not always mean easy. In a real workshop, you will face a few common problems. First, the waste metal can turn into long strings that wrap around your tools. Second, the metal parts might bend or change shape after you finish the work.
Why Aluminum Is Difficult to Machine: Key Challenges Explained Read More »
Boring machining is a precision cutting process used to enlarge and improve the accuracy of an existing hole in a
Boring Machining: Process, Types & Useful Tips for Tolerance Control Read More »
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