Blogs
This article explores the major factors influencing rapid tooling costs and presents practical strategies to reduce expenses without sacrificing quality. Whether you're developing prototypes, validating new products, or preparing for low-volume production, these best practices will help you maximize your tooling investment and shorten time to market.
Master PC injection molding: from optical clarity and heat resistance to drying specs, melt processing windows, and mold design for defect-free parts.
Stop chasing flash and short shots. Learn how to diagnose flash root causes by pattern—tooling, press, or process—and apply permanent fixes that hold.
This article compares sheet metal fabrication and metal stamping. Fabrication offers low tooling cost, fast turnaround, and flexibility for low‑volume or prototype work. Stamping delivers high speed, excellent repeatability, and low unit cost for mass production. Selection depends on volume, design maturity, and budget.
Learn how injection molding pressure changes through fill, pack, and hold, and how cavity pressure curves expose defects and stabilize production.
Master the fundamentals of Polyamide (PA). Compare PA6 vs. PA66, understand how moisture impacts dimensions, and get expert injection molding & design tips.
This guide offers a comprehensive overview of essential plastic material properties and includes helpful reference charts, to support your material selection decisions.
This article explains what a draft angle is, why it matters in the injection molding process, and how to design effective draft angles to optimize part performance, mold longevity, and production efficiency.
Anodizing forms a protective oxide layer on metals, enhancing corrosion resistance, hardness, and appearance. Widely used in aerospace, electronics, and construction. This guide covers its process, types, benefits, and applications. HordRT offers expert anodizing and full-service custom manufacturing.
This article provides a comprehensive overview of aluminum extrusion technology, covering process principles, material selection, mold design, surface treatments, precision control, and common issues. Based on HordRT’s hands-on experience, it offers practical insights for industries requiring high-performance aluminum profiles.
This article provides a comprehensive overview of rapid tooling, including its definition, processes, commonly used materials, advantages, and applicable scenarios, along with a comparative analysis with traditional tooling. Whether it's a startup needing quick product design validation or an established company conducting small-batch trials, rapid tooling enables product realization at lower costs and shorter timelines.
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