
Analysis of Multi-Material and Two-Color Injection Molding Technology
Explore the benefits, applications, and techniques of multi-material and two-color injection molding, and learn how HordRT can support your manufacturing needs.
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Explore the benefits, applications, and techniques of multi-material and two-color injection molding, and learn how HordRT can support your manufacturing needs.

Design better injection-molded parts with side actions. Learn types, applications, design rules, and cost considerations to optimize complex plastic components.

Comprehensive guide to polycarbonate injection molding: key processes, parameters, benefits, defects, and major industrial applications.

Learn how PVC injection molding works, its benefits, and key applications across industries like construction, automotive, and medical manufacturing.

Expert injection mold repair guide: common issues, repair techniques, cost optimization & preventive maintenance.

Discover the different types of CNC tools and how professional machinists select the right one for every job. Learn about HSS, carbide, and ceramic tool materials, as well as milling and turning tools, coatings, and HordRT’s systematic tool selection method.

Low-volume production, also known as small-batch manufacturing or limited production, refers to the process of manufacturing a relatively small quantity of a product compared to traditional mass production methods. The specific quantity defining “low volume” can vary based on the industry, product type, and company, but generally, it’s significantly fewer units that what would be produced in mass prodution.

HordRT, an injection molding manufacturer, stand out as a reliable and reputable supplier of rapid injection molding. Let's delve into why injection molding has gained such popularity and why we are the ideal partner for your custom injection mold needs.

In the realm of modern manufacturing, CNC machining stands out as a versatile and precise method for creating complex parts with exceptional accuracy. However, achieving the best results from CNC machining involves more than just programming the right toolpaths. The foundation for success lies in designing parts that are inherently well-suited for the machining process.

Die casting is a widely used manufacturing process that involves injecting molten metal into a mold cavity to create complex and precise metal parts. While die casting offers many advantages, one persistent challenge is the occurrence of porosity, which can compromise the structural integrity and aesthetics of the final product. This article explores the various strategies and techniques that can effectively control porosity during the die-casting process.

Tolerance refers to the acceptable deviation from a specified dimension or feature in a design. In CNC machining, parts are rarely produced with absolute perfection due to various factors such as material properties, machine capabilities, and environmental conditions.
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