Parvalux by maxon: We know how to move
Powering performance with reliable geared motors for every application, Parvalux provides electric motor solutions which deliver precision, endurance, and efficiency. Every time. All our geared motors combine high torque and smooth operation and are built using durable materials, precision-engineered gears, and each undergoes stringent quality testing ensuring long operational life and reduced maintenance. They are engineered to maintain output consistency under heavy loads, even during continuous duty and are built to deliver the reliability your automation demands.
PI USA - Do you know Hexapods?
With six degrees of freedom and extremely versatile motion and positioning capabilities, hexapods find applications in Aero-Space, Automation/Assembly, Life Sciences, Microscopy, Optics, Photonics. How can a hexapod help your application?
NORD Delivers Powerful, Reliable Drive Solutions for Demanding Packaging Applications
When you need quality, flexibility and high efficiency, NORD has you covered with complete drive solutions for primary and secondary packaging, end-of-line packaging, and higher-level applications. NORD supports you through the entire life cycle of your drive systems with pre-sales engineering support, online tools, and a global service network. Drive systems for both vertically and horizontally networked technology with all the options for sensor incorporation and integration into the higher-level control system.
Powerful robot drives: Perfect solutions for modern robotics
With a focus on high power density and system integration, maxon supports application optimized robot designs and provides engineering services including design, simulation, and system optimization even for highly complex robotic architectures. maxon provides high precision drive solutions for multi axis robotic systems requiring absolute repeatability, high efficiency, and dynamic performance. Complemented by design, simulation, and system optimization support, maxon enables application optimized robotic architectures with high power density and seamless system integration. .
