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Reducing flow marks requires adjustments to process parameters and often some trial and error. However, with persistence and attention to detail, their occurrence can be decreased significantly or even eliminated. As a professional plastic injection molding manufacturer, I will cover the root causes of flow marks and proven methods for reducing them in this guide.

Splay defects can seriously undermine the quality of injection molded parts. These streaks and discolorations on the surface not only hurt aesthetics but also compromise strength. So how do you get rid of splay in injection molding?

In this comprehensive guide, as a professional plastic injection molding manufacturer, we’ll dig into the root causes of excessive part weight and actionable strategies to optimize for lightweighting in injection molding. Whether you’re a mold designer, process engineer, or work on the manufacturing floor, you’ll discover tons of tips to slash grams and take costs out of plastic parts.

Injection molding is one of the most popular manufacturing processes. But like any manufacturing process, scrap is inevitable. Excess scrap leads to higher costs and lower profits. So how can you reduce scrap in injection molding? In this complete guide, as a professional plastic injection molding manufacturer, we’ll cover several proven methods to decrease scrap

Back pressure is a crucial yet often overlooked parameter in injection molding. Properly setting back pressure improves shot-to-shot consistency and part quality. In this comprehensive guide, as a professional plastic injection molding manufacturer, I will help you learn what back pressure is, why it’s important, and how to set it step-by-step. What is Back Pressure

Weld lines, also known as knit lines, are a common injection molding defect that can affect both the appearance and strength of molded plastic parts. As an injection molder, it’s crucial to understand what causes these defects and how to prevent them. In this definitive guide, as a professional plastic injection molding manufacturer, we’ll cover

Cavity pressure is one of the most important parameters to measure and optimize in injection molding. As an indicator of part quality, understanding and controlling cavity pressure leads to faster cycles, less scrap, and lower costs. As a professional plastic injection molding manufacturer, I am writing this article to discuss the cavity pressure in injection

En esta guía completa, como fabricante profesional de moldeo por inyección de plástico, explicaremos exactamente qué es un pozo de inyección en frío, por qué es importante en el moldeo por inyección y cómo diseñar correctamente los pozos de inyección en frío para optimizar el rendimiento del molde. Empecemos.

En el moldeo por inyección de plástico, el babeo se refiere a la fuga de exceso de plástico fundido de la boquilla después de abrir el molde. Esto puede causar texturas desiguales, defectos superficiales y otros problemas de calidad. Entonces, ¿qué causa exactamente este efecto de babeo? ¿Y qué podemos hacer para evitarlo? Como fabricante profesional de moldes de inyección de plástico, yo

El moldeo por inyección es uno de los procesos de fabricación más populares para la producción en serie de piezas de plástico. Pero con tantas máquinas, especificaciones y configuraciones para elegir, puede resultar confuso. Un término que verá a menudo en las especificaciones de las máquinas de moldeo por inyección es "máxima luz diurna". Pero, ¿qué significa exactamente? ¿Y por qué es importante a la hora de elegir una máquina? Como fabricante profesional de máquinas de moldeo por inyección de plásticos, trataré todo esto y mucho más en esta guía completa para entender la luz diurna máxima para el moldeo por inyección.