Automation
Tribologically Optimized Filament Delivers Maintenance-Free 3D-Printed Robot Grippers
A Germany-based cosmetics company saved 85 percent in the cost of its robot grippers by switching from aluminum to 3D-printed polymer.
Read MoreCarbon Fiber Bike Frame Made Possible with Robotic 3D Printing
Arevo’s True3D printing process, which deposits carbon fiber towpreg using a robotic arm, enabled the creation of a bike frame design that would not have been possible otherwise.
Read MoreLockheed Martin to Integrate Machine Learning with Metal 3D Printing
In partnership with the Office of Naval Research, Lockheed Martin is undertaking a project to develop multi-axis robots that can optimize 3D printing in process.
Read MoreAMFG Unveils Software Tool for AM Supply Chain Automation
The new Supplier Integration Network tool enables manufacturers to coordinate the AM supply chain network.
Read MoreEOS and Siemens Advance Cooperation for Industrial 3D Printing
The two companies are expanding a strategic cooperation in software, automation and drive technology, and AM applications.
Read MoreLarge-Scale 3D Printing Supports Innovation in Construction
Branch Technology’s robot-based Cellular Fabrication (C-Fab) 3D printing technology builds open matrices in high-performance polymers. These structures could be the framework for better, more sustainable building practices.
Read MoreEOS Unveils EOS M 300 Series for Industrial Production
The Direct Metal Laser Sintering (DMLS) machine supports automation and custom configuration with a variety of options.
Read More3D Systems and GF Machining Solutions Partner on Metal Parts Production
The companies plan to debut a combined solution for factory automation and metal additive manufacturing at IMTS 2018.
Read MoreAMFG Software Platform to Automate End-Part Production
Formerly known as RP Platform, the company offers a software product for additive manufacturing based on artificial intelligence.
Read MoreOne-Piece Robot Gripper Actuated by Shop Air
The pneumatic gripper 3D-printed as a complete working unit has demonstrated its effectiveness for continuous operation over time. It is one illustration of the role additive is liable to play in making robotic automation easier.
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