Industrial SLA 3D Printers: Features, Applications and Buying Guide Industrial SLA 3D printers are used when manufacturers need high accuracy, smooth surface finish, fine details, and reliable resin-based part production. From engineering prototypes and dental models to master patterns, molds, product validation parts, and visual models, SLA printing is one…

Metal 3D Printing Materials Guide: Titanium, Stainless Steel, Inconel & Tool Steel Powders Source by lodestar3d.com Material selection is one of the most important decisions in metal additive manufacturing. A high-end metal 3D printer can only deliver good results when the selected powder, machine parameters, post-processing route, and final application…

Dental Metal 3D Printing Guide: Choosing the Right DMLS Printer for Your Dental Lab Source by lodestar3d.com Dental laboratories are moving rapidly toward digital production. Intraoral scanning, CAD design, milling, resin printing, and metal additive manufacturing are changing how crowns, bridges, frameworks, and dental components are produced. Table of Contents…

Metal 3D Printing for Aerospace and Defence: Applications, Materials & Machine Selection source by lodestar3d.com Aerospace and defence manufacturing demand lightweight structures, high-performance alloys, shorter development cycles, reliable spare parts, and stronger supply-chain control. Traditional machining, casting, forging, and fabrication remain essential, but they can be slow or costly when…

WaxJet 400 vs WaxJet 510 vs WaxJet 530: Which Jewelry 3D Printer Is Right for You? Source by lodestar3d.com Jewelry manufacturers need accurate wax patterns, faster casting workflows, lower manual wax work, and better repeatability across custom and batch designs. Wax 3D printing helps achieve this by producing castable wax…

WaxJet 510: Features, Applications & Buying Guide Source by lodestar3d.com Jewelry manufacturing is moving rapidly toward digital production. Customers want detailed designs, faster approvals, customized ornaments, and consistent casting quality. At the same time, manufacturers need to reduce manual wax work, improve repeatability, and handle small-to-medium production batches without depending…

How to Choose a Hot Isostatic Press Source by aiphip.com Choosing the right Hot Isostatic Press, or HIP system, involves much more than comparing machine sizes or maximum pressure ratings. The selected system must accommodate the component, deliver the required temperature and pressure, support the correct furnace environment and provide…

Laboratory vs Pilot vs Production HIP Systems Source by www.aiphip.com Hot Isostatic Pressing systems are available in different sizes and configurations, ranging from compact research equipment to large industrial production machines. Although every HIP system applies heat and uniform gas pressure, the right system depends on the user’s development stage,…

HIP for Metal 3D Printed Parts Source by aiphip.com Metal additive manufacturing enables engineers to create lightweight structures, internal channels and complex geometries that may be difficult to produce using conventional methods. However, depending on the material and printing parameters, a finished metal part may contain internal pores, lack-of-fusion defects…

How HIP Removes Porosity and Improves Metal Part Density Source by aiphip.com Internal porosity is one of the most important quality concerns in metal components. Small pores, voids and trapped gaps can form during casting, sintering, powder processing or metal additive manufacturing. Although these defects may not be visible on…