Dinosaur models have long fascinated both kids and adults—but 3D printing has taken this hobby to a whole new level. It lets you create highly detailed, customizable models at home or in small workshops. Yet many people struggle with questions like: Which material should I use? How do I get smooth, realistic details? What post-processing steps […]
If you’re planning to use 3D printing for prototypes, custom parts, or small-batch production, understanding how it’s charged is key to budgeting effectively. 3D printing fees aren’t a one-size-fits-all number—they depend on material type, model complexity, service scope, and batch size. This guide breaks down the 4 core charging methods, key influencing factors, reference price
Whether you’re a hobbyist making small prototypes or a business sourcing industrial parts, knowing how to calculate the unit price of 3D printing is essential to avoid overspending. The unit price isn’t a fixed number—it depends on materials, printing time, technology, and more. This guide breaks down the 5 most common calculation methods, key influencing
If you’re planning to use aluminum 3D printing for parts—whether for prototyping, automotive components, or electronic enclosures—understanding how to calculate the price is crucial to staying on budget. The cost of aluminum 3D printing isn’t a one-size-fits-all number; it depends on material use, technology type, part complexity, and more. This guide breaks down the key
If you’ve ever noticed subtle diagonal streaks on your 3D printed parts, you’re not alone. These marks—known as 3D printing twill—are a common challenge, but they’re far from unbeatable. This guide breaks down what causes twill, how to fix it, and how different industries adapt to it, so you can achieve smoother, higher-quality prints. What
UV printing and 3D printing are both advanced manufacturing technologies, but they serve entirely different purposes. Labeling one as “better” without context is misleading—their value depends on your specific needs, such as whether you’re creating 2D surface designs or 3D physical objects. This article breaks down their core differences, advantages, use cases, and limitations to
Have you ever wanted to 3D print a large model (like a 60cm tall robot) or a complex one (like a detailed aircraft with moving parts) but hit a wall? Standard 3D printers have size limits, and complex models often need tons of support material—leading to failed prints or wasted money. 3D printing split models
If you’re using 3D printing for prototypes, dental models, or high-detail parts, understanding the price per gram of photosensitive resin is key to budgeting effectively. The cost of this resin isn’t fixed—it ranges from 0.5 RMB/gram to 50 RMB/gram depending on type, brand, performance, and purchase volume. This guide breaks down the core factors affecting
1. Toxicity Basics: Are Photosensitive Resins Dangerous by Nature? The short answer is: photosensitive resins are not inherently highly toxic, but their toxicity risk depends on the material state and usage conditions. To understand this clearly, let’s compare the properties of photosensitive resins in uncured and cured states. Resin State Key Components Involved Volatility of
Have you ever stared at a 3D printer, wondering how it turns a digital file into a physical object? Or struggled with failed prints—like warped parts or missing layers—and didn’t know why? Understanding how 3D printers print is the key to fixing these issues. This guide breaks down the 6 core steps of the 3D
1. Basic Property: Why Unmodified 3D Printing ABS Lacks Conductivity? To answer the core question directly: unmodified 3D printing ABS (Acrylonitrile-Butadiene-Styrene Copolymer) is not conductive. This is determined by its intrinsic material structure and conventional performance, as detailed in the table below. Aspect Key Details Impact on Conductivity Molecular Structure Composed of three monomer units:
If you’re a product engineer or procurement professional working on optical products—like LED lighting fixtures, medical endoscopes, or display devices—the 3D printing of the prototype model of the light guide column is a game-changer. Light guide columns need precise structures to conduct light efficiently, and 3D printing lets you quickly turn designs into testable prototypes,
If you’re exploring metal 3D printing for prototyping, production, or specialized projects, one of the first questions you’ll ask is: What’s the cost per gram? The answer depends on multiple factors—from material type to production volume—but this guide breaks down the key details to help you calculate and optimize expenses. 1. Cost Per Gram of
If you’re a product engineer or procurement professional working with 3D printing for prototypes—whether plastic enclosures, automotive parts, or medical components—moisture in 3D printing materials is one of the biggest threats to print quality. From nozzle clogs to rough surfaces, damp filaments can ruin hours of work. The good news is that mastering the 3D
Refractory metals—known for their ultra-high melting points and exceptional heat resistance—were once considered too difficult to machine with traditional methods. Today, 3D printing has unlocked new possibilities for these materials, enabling the creation of complex, high-performance components for aerospace, medical, and electronics industries. This article answers the question “Can refractory metals be 3D printed?” by
The temperature resistance of photosensitive resin prints directly determines their usability in real-world scenarios—from simple display prototypes to high-heat industrial components. Not all resin prints perform the same under heat: some soften at 40°C, while others maintain stability above 280°C. This article breaks down the typical temperature resistance ranges of photosensitive resin prints, key influencing
