
Lockheed Martin CNC Machines 3D Printed Fuel Tank Model into Spec
Learn how 3D printing and CNC machining worked together for this large fuel tank.Learn how 3D printing and CNC machining worked together for this large fuel tank.
Read the Case Study
Building better patterns: Many traditional processes like investment or urethane casting require a master pattern that is typically CNC-machined. Additive processes like Stereolithography (SL) and even Fused Deposition Modeling (FDM) in some cases can be used as an alternative, resulting in complex patterns that do not require time for multiple setups or the cost of secondary operations common for those that are machined. Additive manufacturing can also be used to consolidate multiple components into a single design, cutting down on the total number of patterns needed.
Lockheed Martin CNC Machines 3D Printed Fuel Tank Model into Spec
Learn how 3D printing and CNC machining worked together for this large fuel tank.Learn how 3D printing and CNC machining worked together for this large fuel tank.
Read the Case StudyBenefits of CNC Machining FDM Parts
Add dimensional accuracy and cosmetic touches to FDM parts with CNC MachiningAdd dimensional accuracy and cosmetic touches to FDM parts with CNC Machining
Read the ArticleCNC Machined vs. 3D Printed: Creating the Master Pattern
Discover key considerations for making master patterns for injection molding. Read the Article