Decode IDMockup – Knowledge Base

Introduction In addition to appearance and strength, understanding the dimensional stability of 3D-printed products is crucial when developing precision prototypes. Product shrinkage, material water absorption, and expansion after water absorption are three key physical properties that influence dimensional accuracy. Although the website article you provided focuses primarily on the application characteristics of each process and […]

Introduction After paying for expensive mold development, customers often wonder, “Why, after paying for the molds, is the factory unwilling to produce just a few hundred units? Instead, they require a minimum order quantity (MOQ)?” MOQs aren’t deliberately imposed by manufacturers; rather, they are rooted in the fundamental cost structure and physical processes of injection

Introduction After your product development is complete and demand increases from dozens to hundreds, thousands, or even tens of thousands of units, injection molding becomes the primary production method. However, in the world of molds, there’s a distinction between rapid tooling and traditional mass production tooling. This isn’t a question of “which is better,” but

Introduction When your product enters the injection molding stage, whether using rapid tooling or traditional mass production molds, the underlying physical principles are the same. Among the many production parameters, “injection speed” and “filling speed” are key factors that directly impact the quality, appearance, and even structural strength of the finished product. What are injection

Introduction When your product enters the injection molding stage, whether using rapid tooling or traditional mass production molds, the underlying physical principles and design limitations apply. To ensure smooth, stable production and the desired quality, it’s crucial to understand the design specifications for dimensional accuracy, minimum wall thickness, and internal angles. Dimensional AccuracyInjection molding is

Introduction When your product enters the injection molding stage, whether using rapid tooling or traditional mass production molds, the underlying physical principles apply. Among these, shrinkage rate and mold temperature are two key factors that determine the dimensional accuracy and quality stability of the finished product. Understanding these two parameters will help you understand the