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Should You Use CNC for CNC Rapid Prototyping?
Hopefully, our previous article on rapid prototyping has given you an idea of the benefits of rapid prototyping in your engineering and design processes. But even if you decide to take the plunge, you may still face a crossroads; either choose CNC machining or additive manufacturing for your rapid prototyping project. This article covers the pros and cons of using CNC rapid prototyping in your product development projects. It will serve as a guide to help you make the right decision and get ahea
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CNC Machining Aluminum: Learn about its advantages, disadvantages, and alloys
What makes CNC machining aluminum so widely used across industries? This question is often asked by product designers who want to turn their product ideas into reality, and the answer lies not only in the high accuracy and precision provided by CNC machines.
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What is precision manufacturing? What are its benefits?
Precision machining has revolutionized the way industries and businesses operate around the world. As of now, it accounts for 70% of the global machining market, an impressive statistic that is largely attributed to the numerous advantages it offers. If your business has not yet adapted to the ever-changing technological advancements, then you are missing out on a lot of opportunities. This article covers the benefits of precision manufacturing. But before getting into the specifics, you must fi
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CNC Machining Plastic Prototypes: Is It the Best Choice?
The versatility and numerous benefits of plastics make them one of the most important engineering materials today. This article describes different ways to make plastic prototypes, specifically CNC machining. It will help you decide the best plan for your project.
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Aluminum Prototyping: How to Decide on the Best Method?
Aluminum is one of the most popular metals for product designers due to its desirable physical properties and excellent machinability. However, even if you have designed an aluminum component or part, you don’t want to start manufacturing those parts without making a prototype. But the thing is, you have a lot of options when it comes to aluminum prototyping, including CNC machining, 3D printing, and investment casting. Each method has its advantages and disadvantages. The wrong choice can resul
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Xavier’s CNC Surface Treatment Options
The two most common post-processing operations used in CNC machining manufacturing are heat treatment (annealing, case hardening) and surface treatment (shot peening, powder coating, etc.). Applying the correct surface treatment helps improve the surface roughness and the aesthetic and functional properties of CNC machined parts. The operations associated with surface treatment are as follows
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