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Surface finishes boost CNC-machined electronic components’ aesthetic appeal, performance, and longevity. Typical surface finishes for electronics production include:

The adaptability of CNC machining technology allows it to work with an extensive range of materials, including metals and non-metals. Below are typical materials suitable for electronic device manufacturing. MetalsAluminum: It is a commonly used material for electronic components due to its lightweight, corrosion resistance, and conductivity. Engineers often use aluminum to create CNC machining …

Common Materials Used in Electronics Manufacturing Read More »

Electronics manufacturers leverage the precision, adaptability, and repeatability of CNC machining technology required in competitive markets to create different machined electronic products and components, including: Printed Circuit Boards (PCBs)Printed circuit boards are vital components of almost every electronic product because they are a point of connection for various components. They often include conductive tracks made …

Different Types of CNC Machined Electronic Products Read More »

The step turning process is fairly straightforward but requires patience. Generally, step turning starts with a uniform round stock mounted in the machine. Then, an initial rough cut is taken to achieve a uniform diameter across the stock’s length and to remove any uneven features on the surface. Afterward, machinists perform step turning in a …

How Does the Step Turning Process Work Read More »

Machining allowances are an important intermediary process in machining, and managing them properly is critical to successful production. Machine shops may face the following challenges when managing machining allowances: Over-AllowancingLeaving machining allowances is a safe engineering approach, and it is possible to over-allow a part in high-risk designs. This extra allowance leads to unnecessary energy …

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Leaving machining allowances is a professional engineering practice, but how much allowance should be left? The answer to this question is more experience-driven than science-driven. Engineers and technicians consider several factors while calculating the appropriate machining allowances for a part. The major factors are as follows: Manufacturing ProcessThe manufacturing process used to produce the part …

How to Calculate Machining Allowance Read More »

Let us talk about machining allowance vs. tolerance. We emphasized the use of the word ‘intentional’ as it is the main distinguishing factor between the often confusing concepts of machining allowance and tolerance. While tolerance is also about how much extra/less material is on a workpiece, it is not something that is done intentionally. Rather, …

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As we evaluate the factors that affect CNC machining pricing, it is also important to evaluate other manufacturing options available. 3D printing is a trusted technique that also offers unique advantages. 3D printing differs from CNC operations as it is an additive type of manufacturing. For the production of plastic and lower-quality materials, 3D printing …

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Before the start of the project, is calculated how much will be the CNC machine is calculated. While manufacturing the parts with the CNC machining process, one should try to minimize the machining cost. There are some fixed requirements from the client that can’t be modified, but still, there are different methods to reduce the …

Strategies for Reducing CNC Machining Costs Read More »

Have you ever wondered why the CNC machining cost for each project is different? The secret lies in the details that go into the CNC machining cost calculation. From raw materials to labor costs and machine time, several factors affect the price. If you’re looking to calculate CNC machining cost, ensure you: Factor in Material …

How to Calculate CNC Machining Cost Read More »