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3D Scanner Applications in Healthcare and Medical Imaging

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The healthcare industry is rapidly evolving with digital technologies that improve accuracy, efficiency, and patient care. Among these innovations, the 3D scanner has become one of the most impactful tools in modern medical imaging. It allows medical professionals to capture highly detailed digital models of the human body, enabling better diagnosis, treatment planning, and personalised healthcare solutions. From hospitals to research labs, 3D scanning technology is reshaping how medical data is collected and used. Portable scanning tools and advanced industrial systems are both contributing to this transformation, making healthcare more precise and accessible than ever before. At Evo3D, we specialise in delivering advanced 3D scanning solutions that support healthcare professionals with precision-driven imaging technology. Our systems are designed to improve accuracy, streamline workflows, and enable better patient-specific outcomes. How 3D Scanning Is Changing Medical Imaging Traditi...
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Signs Your Company Is Ready to Invest in a 3D Printer

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Businesses are constantly looking for ways to improve efficiency and innovation in manufacturing. One technology that has become increasingly important in modern workflows is the 3D printer. From rapid prototyping to customised production, additive manufacturing provides companies with the flexibility to develop products faster and more efficiently. However, it can be challenging to decide when one should adopt this technology. While many organisations recognise its potential, they may not be sure if the timing is right. It is important to understand the signs that your company is ready to invest in a 3D printer. This can help you make a strategic decision that supports long-term growth and innovation. Your Product Development Cycles Are Too Slow One of the clearest signs that a business is ready to invest in a 3D printer is when product development cycles become slow or inefficient. Traditional prototyping methods often include outsourcing, tooling preparation, or machining. This can...
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Location: United Kingdom
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Understanding Print Accuracy and Tolerances in Large Build Volume 3D Printing

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As additive manufacturing scales up, accuracy is no longer an issue reserved for tiny prototypes. Industries throughout the UK are looking to large-format additive systems to create functioning parts, architectural models, tooling, and educational prototypes. Understanding print accuracy and tolerances within a large build volume 3D printer becomes key with this shift. At Evo3D, we work in close cooperation with manufacturers, designers, and academic institutions. We support them in adopting large-format 3D printing solutions that balance size with precision. This blog explores what accuracy really means in large-scale printing, what affects tolerances, and how users can achieve consistent results. What Print Accuracy and Tolerances Really Mean Print accuracy refers to the closeness of a printed part to its original digital design, while tolerances define the acceptable range of deviation from those intended dimensions. In small-format printing, the tolerances are easier to keep under ...
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Location: United Kingdom
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Handheld vs. Industrial 3D Scanner: Which Is Right for You?

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Precision is extremely important in modern manufacturing, prototyping, and design. This is why businesses are increasingly relying on a 3D scanner to capture accurate dimensions, validate parts, and improve product quality. But there are so many devices on the market, so should you choose a handheld 3D scanner or an industrial 3D scanner? At Evo3D, we provide all kinds of 3D scanners and also guide you in selecting the right solution for your specific needs. In this blog, let’s dissect the difference between handheld and industrial 3D scanners. Understanding 3D Scanners A 3D scanner captures the geometry of a physical object and then converts it into a digital 3D model. It uses technologies like lasers, structured light, or photogrammetry, and acquires millions of data points to recreate a precise digital version of the original object. These created models can then be used for inspection, reverse engineering, prototyping, or to prepare objects for additive manufacturing using a large...
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Location: United Kingdom
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3D Printer Price in 2025: What to Expect for Hobby, Professional, and Industrial Models

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3D printing technology is still quite new, but it has already gained mainstream popularity. It is being used across education, healthcare, manufacturing, and design. With such widespread adoption, the most common question that people have is “What is the current 3D printer price?” In this blog, we’ll try to answer this very question. Whether you need one as a hobbyist, a professional designer, or as a manufacturer looking for industrial 3d printers, we’ll talk about every price in detail. You can select the perfect one for you from our website at Evo3D. Hobby 3D Printers: Affordable and Accessible The entry-level 3D printer market has grown massively thanks to increased demand from hobbyists, students, and makers. This year, hobby 3D printers have gotten more affordable, and the prices range between £150 and £1,200, depending on features. For home use or small prototypes, you can try basic FDM or resin printers that start at £150–£300. Slightly more advanced hobby models have features ...
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Location: United Kingdom
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How does a 3D Printer for Education enhance problem-solving skills?

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Imagine a classroom where students don’t just learn from textbooks, but actually bring their ideas to life. A 3D printer for education makes this possible. It gives students the ability to design, create, test, and refine real objects, turning theory into hands-on experience. This approach helps students think critically and solve problems creatively. When a design doesn’t work, students learn to analyse mistakes, revise their work, and try again. This builds resilience and encourages deeper understanding. Rather than memorising solutions, they learn how to think through problems, which is a vital life skill. It makes abstract concepts tangible and learning far more engaging. 3D printing in the classroom also introduces an environment where failure is seen as a learning opportunity. Students experiment, make mistakes, and try again—all in a safe, supportive setting. This trial-and-error process improves their patience and problem-solving skills. Ultimately, it nurtures confidence, curi...
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Location: United Kingdom
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Refurbished 3D Printer for Sale: Which is the Best Place to Buy One?

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These days, there is a great interest in buying used or refurbished 3D printers. In fact, most people look for a ‘Refurbished 3D printer for sale’ online these days with the same enthusiasm as when looking for new printers. However, confusion arises when it comes to choosing the best place to buy these printers. According to experts, if it’s about buying refurbished 3D printers, manufacturers are the best choice.  Knowing how to buy such 3D printers so that you can get the most is a must for you. Having paid attention to this fact, this blog is written. Here, not only will you learn about the benefits of buying refurbished 3D printers from manufacturers, but you will also be provided with some tips for your purchase. Why is It Wise to Buy a Used 3D Printer from a Manufacturer? You can save a huge amount of money if you buy a used 3D printer from an individual seller. However, if you buy a refurbished 3D printer from a manufacturer or authorized reseller, you will get both cost sav...
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Location: United Kingdom
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