HP Multi Jet Fusion (MJF) 3D printing delivers fast, production-grade plastic parts with fine detail, isotropic strength, and scalable throughput. Learn how HP MJF works, key printer specs, materials, advantages, and best-fit applications for end-use manufacturing.

3D printing in aerospace is transforming how aircraft and spacecraft are designed, produced, and maintained, enabling lighter components, faster development, and more resilient supply chains. Learn key applications, challenges, market trends, and how OEM partners integrate additive with traditional manufacturing.

3D printing from prototype to production enables faster iterations, complex geometries, and low‑waste manufacturing for OEM brands. Learn workflows, technologies, design tips, and how to combine additive processes with CNC, molding, silicone, and stamping for scalable, cost‑effective production.

Custom sheet metal enclosures are essential for reliable industrial automation. Learn how to choose materials, define IP ratings, manage heat, and partner with an expert fabricator to move from prototype to production with durable, compliant enclosures tailored to your system.

Learn everything about ABS injection molding, from material properties and design rules to process windows and defect troubleshooting. Discover when to choose ABS, how to optimize your part design, and what to expect from a professional molding partner.

Learn how to acetone smooth ABS 3D prints safely and professionally. Discover brushing and vapor bath methods, best-practice workflows, design tips, and safety essentials to achieve glossy, injection-molded-like surfaces for prototypes and end-use parts.

Compare abrasive vs pure waterjet cutting for OEM parts, from metals and composites to foam, rubber, and food. Learn how each method works, key selection factors, trends, and how to choose the best process for cost, quality, and sustainability in your next project.

Learn the most important sheet metal welding methods, how to weld thin sheet metal without warping, and when to use MIG, TIG, laser, and more. Discover 2025 trends, practical tips, and how an integrated OEM partner can support your sheet metal projects from design to production.

Understand the real differences between 4-axis and 5-axis CNC machining, including machine motion, capabilities, costs, and applications. Learn when to use each for high-precision OEM parts and how to choose the right CNC partner for your next project.

Discover how to choose between CNC machining and 3D printing for rapid prototyping, and when a hybrid approach offers the best balance of cost, speed, and precision. Learn practical design tips and see how a Chinese OEM partner like U-NEED supports global brands from prototype to production.