Tooling
Tooling Is the Underappreciated AM Application
One of the significant impacts of industrial 3D printing will be its aid to conventional production.
Read MoreOhio Business Sees Big Possibilities in BAAM for Tooling
A new startup built around a large-scale 3D printer aims to offer short lead times for large industrial tools.
Read MoreFrom CAD File to Composite Part in 72 Hours
This Akron company focuses on large-format 3D printing for tooling, including composites layup tooling. Among the advantages are short lead times and adaptability to changes.
Read MorePostprocessing Composite Tooling: Machining, Coating or Combination Strategy?
A project testing the surface finishing options for composite tooling reveals insight about machining and coating strategies.
Read MoreDrilling Jig an Example of How 3D Printing Assists Machining
A machine shop benefits from 3D printing as a means of efficiently making custom hardware to aid both the process and the machines.
Read MoreSelective Laser Sintering Cuts Lead Time for Clamping Unit Assembly
Industrial automation provider Comau redesigned a three-part clamping assembly for additive manufacturing, realizing benefits in lead time and waste.
Read MoreStratasys Partners with Machine Tool Distributor Gosiger to Bring AM to the Shop Floor
Stratasys gains manufacturing relationships and expertise through its new supplier relationship with Gosiger.
Read More3D Printing Autoclavable Composite Molds
A polymer AM research team at ORNL reports it has successfully fabricated autoclave-capable carbon fiber composite molds, manufactured using large-scale 3D printing/additive manufacturing.
Read MoreLaser-Sintered Grippers Solve Robotic Packing Challenges
Additive manufacturing produced lighter, stronger vacuum grippers for robots on a food packaging line.
Read MoreCase Studies of Multi-Material Manufacturing
Tools for injection molding, die casting and powder compaction all illustrate the potential to achieve greater part performance and manufacturing efficiency by blending workpiece materials through AM.
Read More