Maximizing ROI with Mobile Automation: What the Data Shows
Technologies like autonomous mobile robots (AMRs) and automated guided vehicles (AGVs) are helping companies bring autonomy to material movement more efficiently, safely, and cost-effectively than ever before.
How Collision Awareness Systems Help Meet OSHA Forklift & Pedestrian Safety Guidelines
According to OSHA, approximately 35,000 serious injuries and 62,000 non-serious injuries involving forklifts occur each year in the U.S., many of which are due to poor visibility, blind spots, and uncontrolled intersections in warehouses.
AI + Lean: How U.S. Manufacturers Can Blend Tradition with Technology
Lean manufacturing remains the timeless backbone of operational excellence. It provides the structure, culture, and discipline that no technology can replace. But in an era of vast data and real-time demands, AI acts as a powerful multiplier.
Comprehensive Guide to Composite Materials and Simulation
Composite simulation is crucial because it lets engineers explore designs, optimize performance, and spot failures digitally, saving tons of time and money compared to physical testing. It's challenging due to anisotropy, modeling delamination, and high computational cost.
Maximizing OEE with Smart Selection of Electric Linear Actuators
How a careful actuator selection and modern motion system design can unlock higher availability, performance, and product quality in automated manufacturing.
Building a Culture of Team Performance at Paramount Machine with Production Monitoring
When manufacturing software is implemented as a tool for accountability alone, it risks alienating operators. But when it's positioned as a tool for empowerment, it can transform team culture and unlock significant performance gains.
How Automation is Revolutionizing Pipe Fabrication Amid Labor Shortages and Rising Competition
The world of pipe fabrication is changing fast. With ongoing labor shortages and growing pressure from global competitors, many fabricators are asking the same question: How can we keep up while maintaining quality and staying profitable?
The Promise & Risks of Physical AI's Self-Optimizing Factories & Human-AI Teaming
Physical AI is the difference between an algorithm that predicts a machine failure and an intelligent robot that can physically inspect the machine, identify the fault, and adapt its operation to prevent a shutdown.
IDS: See. Align. Place.
For both machines, the manufacturer relies on industrial cameras from the USB 3 uEye CP series from IDS Imaging Development Systems to ensure maximum accuracy, speed and process control. These systems are already in high-volume use across the Asian electronics market.
Key Considerations for Maximizing Manufacturing Efficiency
It's true that advanced simulation tools have helped improve the efficiency and effectiveness of robotic workcell design and path planning, but it still remains an incredibly time consuming process.
Giving Blue-Collar Workers a Voice in Problem Solving - Without Slowing Production
Blue-collar workers interact daily with machines, materials, and processes, giving them a unique vantage point. Yet in many plants, their voices go unheard because reporting issues is slow, informal, or buried under paperwork.
Why edge AI alleviates the need for "flexible" data centers
The future of sustainable AI isn't about managing massive centralized loads more cleverly-it's about distributing intelligence to where it's actually needed, with the energy efficiency that comes naturally from edge computing.
Natural Cleaner Manufacturer Cuts Delivery Times with Smarter Planning
Ymani Efunyale started making her own cleaning product after her toddler experienced a bad asthma attack triggered by a store-bought cleaner. Today, she ships her products all over the US-and here's how she manages it all.
Maximizing Operation Efficiency through Manufacturing Processes
Cross-functional collaboration isn't just helpful, it's the backbone of a smooth new product introduction. You can have the best design on paper, but if engineering, operations and supply chain aren't aligned from day one, you're setting yourself up for late-stage surprises.
Case Study: Affordable Dual-View Microscope System
Zaber's Nucleus® microscopy modules share a common control protocol mounting features, and optical and electrical interfaces, enabling them to be combined in ways that are simply not possible with other microscopes.
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