Learn how frameless servo motors optimized for each application help manufacturers accelerate development of longer-flying, more capable eVTOLs.
In the ever-evolving landscape of manufacturing, innovation stands as the cornerstone of progress. New Pearl Group, a pioneering force in the ceramics industry, has taken a significant leap forward by embracing intelligent production techniques.…
Electromagnetic interference (EMI) emitted by electric motors and drives is present in any electromagnetic circuit and, if not mitigated, can wreak havoc with other sensitive electronics. Minimize or eliminate EMI noise issues with these eight…
As smart automation increases farm productivity, there is a need for powerful, precise motors that can handle a wide range of heavy-duty tasks, day in and day out. But even the most advanced technology doesn’t change the basic nature of farming.
In today's rapidly evolving world of automated guided vehicle (AGV) systems, staying ahead of the competition requires continuous learning and skill development.
Could prompt AI such as ChatGPT, Google Bard or Microsoft CoPilot revolutionize the AGV arena? Sebastian Witkarsson, Information Security Officer at Kollmorgen, examines the possibilities – and sounds a note of caution.
Working with motion control experts like Kollmorgen makes selecting a servo system easier and faster, resulting in an optimal system for the application.
Space exploration continues to evolve, and Kollmorgen can help with collaboratively engineered motors to withstand the extreme environments of space.
Low Earth orbit (LEO) is a quickly growing commercial economy, and Kollmorgen has the expertise and space-worthy motors to support this new race to space.
Kollmorgen is all about innovation, constantly investing in collaborations and research projects to exchange knowledge and expertise with partners and universities across the world. Learn more about how Kollmorgen works to enable innovative thinking…
Servo motors are used in numerous markets to power machines, instruments, robots, and other factory automation applications. This blog addresses five major elements of a conventional brushless DC servo motor: the rotor, stator, bearings, feedback and…
What if you could design and build a surgical robot that help doctors perform less invasive, more precise operations and achieve better patient outcomes? While the results of any surgery depend on the challenges of the specific case and the skill of…
Every machine builder knows that they have to meet stringent safety requirements to protect workers from the risk of injury. If they build machines for the EU market, they should know that the European regulatory landscape is more advanced than in…
When designing motion for applications such as vertical gantries and hoists, you need to take special care to ensure operator safety and operational efficiency. Let’s discuss best practices for meeting the particular challenges involved.
Engineers often face challenges when incorporating servo motors into a new machine design. Choosing between a housed motor or a frameless torque motor shouldn’t be one of them. This blog reveals three design considerations that indicate why a…
