Metal 3D Printing - ForgeCise 3D Print Solution Provider

Innovation in Shoe Mold Manufacturing: SLM Metal 3D Printing Enables Efficient Production

Release Date: 2026-04-19 The Evolution of Shoe Mold Manufacturing As 3D printing technology continues to mature, the traditional shoe mold manufacturing industry is undergoing a quiet but profound transformation. Through digital technologies, mold manufacturers can now significantly improve both efficiency and quality in their production processes. Among various additive manufacturing techniques, metal 3D printing stands

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The Application of 3D Printing Technology in Mold Manufacturing

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Release Date: 2026-04-10 3D printing technology emerged in the mid-1990s. Using a computer-generated 3D design model as its blueprint, it employs software to slice the model into discrete layers and utilizes a CNC forming system to build physical objects layer by layer. Specialized materials—such as ceramic powder, metal powder, plastics, or even biological tissues—are selectively

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Forgecise Launches Additive Manufacturing-Specific 18Ni300 Hot-Work Tool Steel Powder, Redefining the Heights of Mold Manufacturing

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Release Date: 2026-04-10 In the realm of high-end manufacturing and precision forming, molds are hailed as the “Mother of Industry.” As 3D printing technology penetrates deeper into the mold industry, material requirements have reached unprecedented heights. While traditional hot-work tool steels possess excellent red hardness, they often encounter technical bottlenecks in the rapid melting-solidification non-equilibrium

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Forgecise Metal 3D Printing Enables Topology Optimization and Rapid Manufacturing of Automotive Suspension Control Arms

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Release Date: 2026-04-10 In today’s automotive industry, where the pursuit of peak performance and green, low-carbon manufacturing is paramount, the chassis suspension system—the “skeleton” connecting the wheels to the body—plays a decisive role in a vehicle’s handling stability, ride comfort, and energy efficiency. As a critical load-bearing component within this system, the suspension control arm

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Beyond Density: Why More Energy in 3D Printing Can Make Your Stainless Steel Weaker

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Release Date: 2026-04-10 In the world of metal additive manufacturing (AM), a common mantra is “maximize density.” After all, a part full of pores is a weak part. But what if your part is already nearly perfect—over 99.5% dense? Does that mean you’ve unlocked its best possible performance? A fascinating new study on 316L austenitic stainless

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Forgecise Successfully Printing a High-Performance Centrifugal Impeller Using SLM Technology

Additive Manufacturing: Successfully Printing a High-Performance Centrifugal Impeller Using SLM Technology

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Release Date: 2026-04-03 In the realm of high-end manufacturing, transforming a complex, topology-optimized design into a physical reality is the ultimate test of a manufacturing process. Forgecise provides an excellent case study, demonstrating how to overcome numerous challenges using Selective Laser Melting (SLM) technology to successfully produce a lightweight, high-strength, monolithic centrifugal impeller. Design Objectives

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Forgecise Metal 3D Printing Reshapes High-Performance Brake Caliper Manufacturing

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Release Date: 2026-04-03 In the competitive arena of motorsport and high-end automotive industries, the braking system is the key to victory and safety. As the core actuator of the braking system, the performance of brake calipers directly affects the vehicle’s deceleration capacity, thermal management efficiency, and overall unsprung mass. Traditionally, high-performance brake calipers are usually

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