Category: Industrial
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Introduction One of the most frequent frustrations in 3D printing arises when parts don’t fit as intended. Whether you’re printing a phone stand or a precision gear assembly, dimensional accuracy and proper tolerancing are key to producing functional results. In engineering, this is called tolerance: the acceptable range of deviation from the intended dimension. What…
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Introduction While 3D printing is often praised for its speed and flexibility, cost-effectiveness is another major consideration. But not every project benefits equally from additive manufacturing. Knowing when 3D printing is the most economical option requires evaluating equipment, materials, labor, and production scale. Startup Costs vs. Long-Term Savings Entry-level FDM printers can cost as little…
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Introduction Speed and flexibility are critical in product development. The traditional product lifecycle—from concept and design through prototyping and final production—can take months or even years. With 3D printing, however, that timeline can be compressed dramatically, allowing for rapid iteration, more efficient testing, and lower upfront costs. Whether you’re designing a new consumer product or…
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3D printing has moved well beyond the realm of prototypes and hobby projects—it’s now a powerful tool in modern industrial workflows. Across sectors, businesses are turning to additive manufacturing for its speed, flexibility, and cost-effectiveness. At A Squared Printworks, we’ve seen firsthand how 3D printing can solve real-world challenges in production, maintenance, and innovation. 1.…
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One of the key strengths of 3D printing lies in its versatility—especially when it comes to materials. Each type of filament offers unique advantages depending on the application, making material selection an important part of any project. At A Squared Printworks, we work with a variety of high-quality filaments to ensure you get the performance,…