The finish on your metal components is a big decision when fulfilling an order. Most clients and buyers want their new components to be durable, presentable, and cost-effective. When it comes to CNC services, anodizing vs powder coating are the two most compared options. Both finishes will protect the metal through their processes.
Anodizing vs Powder Coating: Which Finish Is Better for CNC Parts? Read More »
Modern CNC factories employ engineering plastics such as Delrin and Nylon because they are strong, lightweight, and cost-effective. When manufacturing precision parts, selecting the right material for CNC machining is of utmost importance. The cutting behavior and the properties of Delrin and Nylon make them the best picks for plastic for precision machining of CNC parts.
Delrin vs Nylon: Which Plastic Is Better for CNC Machining? Read More »
Medical products have been around for decades. However, device design has changed a lot over time. Products became smaller, assemblies became more compact, and many systems now include detailed internal components.
CNC Machined Parts for Medical: Techniques, Challenges & Components Read More »
People in the CNC machining industry must know that plastic is one of the most useful materials in modern manufacturing. It is strong, light, easy to shape, and works well for many industries. Many companies use CNC machines to cut plastic into custom parts with high accuracy.
Machining tool steel involves cutting high-carbon alloy steels used in dies, molds, punches, and cutting inserts. These materials are harder than common structural steels. As a result, CNC cutting behaves differently on tool steel.
Machining Tool Steel: Grades, Techniques, Design Tips & Applications Read More »
Stainless steel selection is the backbone of precision CNC machining. While these three alloys look identical, their chemical makeup changes how tools cut the metal. Choosing the wrong grade leads to broken drills, poor surface finishes, or parts that rust in the rain.
303 vs 304 vs 316 Stainless Steel: Which Is Best for CNC Machining? Read More »
Aluminium machining burrs are among the most challenging aspects of CNC production. In high-speed CNC machining, when machining soft, malleable materials such as aluminium, burrs formation is of great importance.
Burr Formation in Aluminum Machining: Causes and Practical Solutions Read More »
Choosing the right partner for CNC machining is not easy. Before you place a production order, you need to know what affects CNC machining cost. CNC machining is one of the most precise ways to make industrial parts.
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.
On average, 3-axis CNC machining costs $75–$200 per hour. 5-axis machines cost $200–$350+ per hour. Simple machined parts can cost as little as $10–$50, and complex parts start from $100. Most people focus only on the hourly rate, but the real price depends on your design and the order size.
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