Engineering insights
Practical discussions of motor control, medical-device development, robotics, manufacturing and multidisciplinary product engineering.
From the engineering team
Use these articles to frame technical tradeoffs and identify the evidence a product team needs before committing to an architecture.
Medical devices are vital instruments that can improve health and improve the outcomes of patients and can save lives. Making and the introduction of a medical device into the market is a difficult and...
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The process of launching a medical device with success is an arduous process that involves medical innovation, technology and regulatory and compliance. This complete guide will go over the eight steps that will ensure an...
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Automation, driven by cutting-edge technologies like ABB Robotics, has emerged as a transformative force across various industries. In this comprehensive article, we delve deep into the realm of automation, exploring five compelling reasons that...
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See how medical-device industrial design connects users, risk, interfaces, engineering constraints, human factors and production decisions.
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Compare commercial drives, configurable modules, reference designs and custom controllers using technical fit, lifecycle cost and verification risk.
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In the world of robotics and automation, precision, control, and efficiency are paramount. When it comes to choosing the right motors for these applications, one technology has proven to be a perfect fit -...
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Learn what makes a medical-device quality management system different: lifecycle risk, design controls, traceability, records and postmarket feedback.
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Compare BLDC and brushed DC motor systems across commutation, feedback, motion quality, maintenance, power electronics, thermal design and validation.
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Medical-device computer vision requires controlled imaging, representative data, meaningful metrics, safe failure handling and lifecycle evidence.
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Compare FOC and six-step BLDC control across torque ripple, feedback, sensing, startup, processing, commissioning and system validation.
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See how an effective medical-device QMS connects intended use, risk, requirements, verification, manufacturing and postmarket evidence.
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Use product models to make better medical-device decisions through defined context, verified assumptions, validation and configuration control.
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Share the current design, measurements, constraints and next decision. A focused technical discussion can identify the smallest useful next step.
