News

In modern manufacturing, accelerating innovation while reducing costs is a universal challenge. For engineers dealing with intricate metal components, Investment Casting (also known as Lost Wax Casting) offers a level of design freedom that traditional methods cannot match.

Dates: May 13 (Wed) - 15 (Fri), 2026

Venue: INTEX Osaka

When industrial designs call for intricate shapes, thin walls, and exceptional surface finishes, traditional sand casting often falls short. For materials like CAC406 (BC6) Bronze, the Lost Wax Casting (Investment Casting) process is the ultimate manufacturing solution.

Making the wrong choice can lead to excessive machining costs, material defects, or paying for tolerances you don’t actually need.

At King Shine Resource Co., Ltd., centrifugal casting excels at producing dense, defect-resistant cylindrical or hollow parts—bushings, sleeves, bearings, valve seats, and rings. This guide compares brass, bronze, stainless steel, and aluminum for centrifugal casting: how each behaves in the spinning mold, what properties to expect, and how to choose the best fit for your application.

Sand casting is one of the oldest and most versatile metal casting methods still used today. Despite its ancient origins, it remains an essential process in modern manufacturing—offering unmatched flexibility for creating complex metal parts at a reasonable cost. From automotive components and pump housings to machine tool bases and artistic sculptures, sand casting has proven its value across countless industries. But how exactly does this process turn something as simple as sand into precise, durable finished products? Let’s explore the fascinating journey step by step.