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WeiterlesenAutomation's biggest cost is the cost of change
Your automation ROI isn’t won or lost on the first invoice. It’s often eroded by every change that follows. New part variants, revised layouts and changing process requirements can trigger extra engineering, new fixtures, revalidation and downtime. 3D robot vision helps cells adapt without rebuilding the process around every change, protecting the business case throughout the cell’s lifetime.
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WeiterlesenAutomotive on autopilot. 6 automotive cases powered by 3D Vision
Traditional automation depends on fixed positions, dedicated fixtures and predictable parts. 3D vision enables robots to locate components, compensate for deviations and perform complex production tasks even when picks or parts are different.
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What does the next step in smart manufacturing look like?
This new cobot demonstration highlights how collaborative robots, intelligent automation, and 3D robot vision can work together to create more flexible and autonomous production environments.
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WeiterlesenPickit 4.1: Advancing 3D Robot Vision with AI foundation models
Pickit 4.1 embeds training-free Foundation AI and Vision Language Models (VLM) directly into our platform, enabling it to understand scene context and conceptual categories like 'boxes' or 'plastic'. Pickit 4.1 allows users to enter simple natural language prompts to guide the system, instead of manual configuration. This makes deployments faster, simpler, and more reliable, while opening up new automation possibilities like mixed boxes bin picking and depalletization.
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WeiterlesenHow 3D Robot vision is transforming automotive quality control
3D robot vision is fundamentally changing automotive quality control from a reactive, downstream activity to a proactive, in-line process. Using laser-based 3D robot vision, manufacturers can deploy a 3D vision-powered in-line measurement system that performs real-time inspection of body parts and assemblies.
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WeiterlesenThe top 10 questions manufacturers ask
Thinking about using 3D robot vision in your operations, but not sure if it’s the right move? You’re not alone. Manufacturers come to us with very no-nonsense inquiries about feasibility, ROI, flexibility, integration, and impact on people and processes. So let’s tackle the 10 most common questions we hear, based on real conversations from the factory floor.
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From manual loading to fully automated laser marking - powered by 3D robot vision.
When manual loading limits consistency and precision, automation becomes more than an upgrade.We contributed to a fully integrated Automated Laser Marking System, developed by GASBARRE, that combines precision, efficiency, and flexibility in one seamless workflow.
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How a 3D vision robot cell delivers 20% more output
Developed by Eutomation for an automotive manufacturer, the system automates the straining manual task of picking and placing heavy gears into trays, running reliably 24/7 thanks to accurate 3D robot vision and robust cell engineering.
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