Discover the key differences between stretch forming machines and roll bending machines — from surface protection and profile complexity to 3D curve capabilities, bending radius, and optimal applications for aluminum profiles.
Stretch forming has become one of the most reliable methods for shaping aluminum and other ductile metals into smooth, high-quality curves. Whether you’re forming aerospace skins, automotive body panels, or architectural components, stretch forming offers accuracy, cleaner surfaces, and less… Read More »Stretch Forming: Applications, Advantages, and Key Limitations
Railway vehicles offer high carrying capacity and operational efficiency, making them one of the major modes of transportation. Because the structural components of railway vehicle bodies are large in size and require high dimensional precision, they are generally manufactured using… Read More »Stretch Forming Aluminum Extrusions: Improving Accuracy and Reducing Section Distortion
Ever wondered what secret math powers allow flat metal sheets to magically transform into sleek curved surfaces — without wrinkles, cracks or drama? 🚀 Dive into our quick-and-dirty guide to stretch forming: we break down the core formulas (stretch ratio,… Read More »Calculating Stretch Forming: Techniques and Formulas