Julia Hider

Julia Hider Robots and Autonomy Correspondent

Slideshow: Eastec 2019 Recap

Julia Hider | Production Machining

Eastec 2019 featured manufacturing technologies including software, inspection, cutting tools, automation systems and machine tools for industries ranging from aerospace and medical to automotive and more.

Integration Leads to Automation Success

Julia Hider | Production Machining

Choosing the right components is only the first step in setting up an automated cell—they must also be integrated properly.

Collaborative Robot Gripper Design, Development: Four Trends You Need to Know

Julia Hider | Modern Machine Shop

Safety standards, third-party certifications, plug-and-play packages and new sensor technology for grippers designed for collaborative robots are making them safer, stronger and easier to use.

Software Helps NASA Automate Robot Programming Process

Julia Hider | Modern Machine Shop

A process being developed by the NASA Advanced Composites Project uses software to help automate the programming of collaborative robots for safe inspection of composite fuselage components alongside workers, providing more consistent results.  

An Adaptable Automation System in Action

Julia Hider | Modern Machine Shop

Videos show how a flexible robotic system for part loading and unloading helped a shop increase capacity.

An Automation System for a Job Shop Environment

Julia Hider | Modern Machine Shop

A flexible robotic part-loading and unloading system enables a small Indiana shop to boost production without a large investment.
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Pallet Changers Reduce Setup Time

Julia Hider | Modern Machine Shop

The Microcut pallet changer is a quick, precise, low-cost part-changing system enabling increased productivity.

Software Enables Robot Control, Programming Using PLC

Julia Hider | Modern Machine Shop

The MLX300 software option integrates Yaskawa robots and programmable logic controllers (PLCs) by enabling operators to control and program robots in a standard PLC programming environment, eliminating the need to learn a specific robot programming language.