Why 80% of Injection Problems Start with Cooling Design Cooling is often the least visible component of injection mold design, yet it has one of the largest impacts on production stability. While operators may adjust temperature, pressure, or cycle times t... Mar 10, 2026 Design for Additive Manufacturing
How to Reduce Tool Repair Costs in Injection Molds Without Replacing the Entire Tool Injection molds represent a significant investment, so when defects appear during production, replacing the entire tool is rarely the most efficient solution. In many cases, issues such as burn marks,... Mar 10, 2026 Repeatability and Process Control
When to Shift from Metal 3D Printing to Casting Metal additive manufacturing has transformed how engineers prototype and produce complex parts. It allows rapid iteration, internal geometries that would be impossible to machine, and quick validation... Mar 10, 2026 Industrial Applications & Use Cases
Include Target Quantities and Annual Volumes in Your RFQ A well-prepared Request for Quote (RFQ) is one of the most important steps in any manufacturing project. However, many RFQs omit one critical piece of information: expected production volume. Without ... Mar 5, 2026 Industrial Applications & Use Cases
Pilot Mold Cavities: Printed Inserts to Validate Geometry Fast One of the biggest challenges in injection molding development is validating complex mold geometries before committing to expensive tooling. Traditional mold manufacturing requires significant time an... Mar 5, 2026 Industrial Applications & Use Cases
How We Choose: CNC vs Casting vs Metal AM Selecting the right manufacturing process is one of the most critical decisions in product development. Engineers often evaluate parts purely from a design perspective, but the optimal process depends... Mar 5, 2026 Industrial Applications & Use Cases
Myth: 3D Printing Replaces Molds for Production Additive manufacturing has revolutionized product development, but it does not universally replace traditional molding processes. Each manufacturing method has distinct strengths depending on producti... Feb 25, 2026 Industrial Applications & Use Cases
Sending Only an STL (No STEP/Drawing) STL files are useful for additive manufacturing because they represent printable geometry, but they lack critical engineering information. Unlike STEP files or technical drawings, STL meshes do not in... Feb 25, 2026 Repeatability and Process Control
Leak-Tight Printing: Build Direction Influences Porosity Paths In metal additive manufacturing, build orientation does far more than influence surface finish or support structures, it directly affects internal porosity and leak integrity. Because parts are formed... Feb 25, 2026 Design for Additive Manufacturing
Why Draft Angles Matter for Powder Removal in Internal Cavities Powder removal is one of the most overlooked aspects of designing internal channels and cavities for metal additive manufacturing. Unlike traditional machining, powder bed fusion leaves unused powder ... Feb 18, 2026 Design for Additive Manufacturing
How Hot Isostatic Pressing Improves Final Density in Metal AM Hot Isostatic Pressing (HIP) is one of the most powerful post-processing techniques available for metal additive manufacturing. By applying high temperature and isostatic gas pressure simultaneously, ... Feb 18, 2026 Post-Processing & Reliability
Small Parts Still Need Thermal Management One of the most persistent misconceptions in metal additive manufacturing is that thermal management only matters for large parts. In reality, small geometries can be even more vulnerable to thermal d... Feb 18, 2026 Additive Manufacturing Fundamentals