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The Advantages of Rapid Manufacturing Over Traditional Manufacturing Methods

When it comes to mass production, traditional manufacturing methods still reign supreme over other production techniques. However, rapid manufacturing and prototyping has become an integral piece of the design and production process, helping businesses actualize their concepts in a quick and cost-efficient manner. Rapid manufacturing is usually centered around additive manufacturing (more popularly known as 3D printing), vacuum […]

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Manufacturing Technologies Growth Trends and Forecasts

Innovations in CNC machining, additive manufacturing and casting technologies are giving companies, prosumers and consumers an unprecedented level of design options. However, with so many technologies on the market, the question remains: how are they faring in terms of growth and which industries are employing them most prominently? Here, we take a look at the

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What is ISO 2768 Standard in Machining

When it comes to machining and manufacturing, precision isn’t just a nice-to-have—it’s a necessity. That’s where ISO 2768 comes in. As a globally recognized standard, it sets out clear guidelines for general tolerances on linear and angular dimensions, as well as geometric tolerances for features without specific tolerances. This helps ensure consistency, reduce errors, and

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What to expect from companies that make prototypes: Advice for beginners

Ordering your first batch of prototypes can be a daunting prospect, especially if you are unfamiliar with the company that will build them. But working with a prototyping company needn’t be a difficult experience once you know what to look out for. This article tells you what to expect from companies that build prototypes. It

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Rapid Prototyping in Aerospace: Applications, Process and Practices

For the aerospace sector, rapid prototyping doesn’t just end in the development process, it’s a catalyst that speeds up how quickly new ideas transform from the drawing board into the sky. This method isn’t just about building things faster—it’s about making smarter decisions early on. By using techniques like CNC machining, and both subtractive and

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How and When to Manufacture Plastic Prototypes

In product development, we quickly see how vital plastic prototyping is for industries ranging from medical devices to consumer electronics and even robotics. It’s not just about bringing an idea to life; it’s about doing it smartly, saving money, and making sure it works. Prototyping allows teams to spot design issues early, potentially saving them

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What is End Milling: Process, Types and Applications

Ever wondered how manufacturers cut ultra-precise parts with clean edges and complex curves? That’s where end milling steps in. End milling is the second most-used CNC machining method after turning, and for good reason. Whether you’re shaping stainless steel, aerospace alloys, or durable plastics, end milling gives you the flexibility to remove material exactly where

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How Rapid Prototyping Benefits Product Development

Rapid prototyping has totally transformed how we develop products, turning fresh ideas into hands-on experiences faster than ever. Every year, around 30,000 new products hit the market. In this busy scene, being able to quickly test and improve your ideas is what sets you aside from other manufacturers. Rapid prototyping helps by quickly turning design

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What is Vacuum Casting: Process, Advantages, Materials and Specifications

Let’s say you’ve got a new design in hand and you’re eager to see it come to life—without spending a fortune on injection molds or waiting weeks for production. That’s where vacuum casting steps in. This process uses negative pressure to pull liquid resin into a silicone mold, letting you create accurate, high-quality copies of

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