Smart sensing and illumination solutions for power tools 

Enabling precision, safety, and efficiency in electric tools with advanced optical and sensor technologies 

Driving innovation in power tools with intelligent sensing and illumination 

Power tools are evolving rapidly - becoming smarter, safer, and more efficient. Whether in professional construction, industrial manufacturing, or DIY environments, modern tools like drills, saws, grinders, and sanders increasingly rely on intelligent sensing and illumination technologies to deliver greater precision, control, and reliability at high degree of user safety. 

ams OSRAM supports this evolution with a comprehensive portfolio of high-performance components tailored for demanding tool applications. Our laser diodes and optics enable precise visual guidance for cutting, drilling, and measuring tasks. Time-of-flight (ToF) sensors and magnetic position sensors provide real-time feedback on tool movement, enabling smart automation, overload protection, and adaptive control. For motor systems, optical encoders and magnetic sensors ensure accurate torque monitoring, speed regulation, and performance optimization. Additionally, our low-power components and integrated sensors support advanced battery management - monitoring charge levels, optimizing energy use, and extending runtime in cordless tools. Our capacitive or force sensing components enable reliable hands-on detection and innovative controls which work even in harsh conditions. 

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Our portfolio-matching sensor architecture is illustrated in the power tools application block diagram below. It highlights the key functional areas where ams OSRAM technologies bring value to modern power tools. These include guidance and alignment systems, distance and position sensing, motor control and feedback, human-machine interfaces (HMI), battery management and efficiency, and safety and environmental sensing. Each function is supported by high-performance optical, spectral, and sensor components designed for precision, durability, and energy efficiency in demanding tool environments.