Unleashing Innovation:JEO Frameless DC Motors Redefine Industry Standards
Our Frameless DC Motors aren’t just components; they’re catalysts for progress. In robotics, aerospace, and beyond, they’re redefining what’s possible – blending power, precision, and endurance in a way that meets the tough demands of modern industries.
Apr 24,2025
Industry Woes: The Motor Dilemma
Across robotics, aerospace, and portable gear sectors, conventionalmotorsface an uphill battle. Balancing lightweight design, high torque, and long - term sturdiness is a tightrope walk. Excessive eddy current loss causes heat to build up, sapping efficiency and cutting short service lives. Bulky structures cramp portability and limit where they can be used.
Through cutting - edge structural engineering and smart material picks, ourmotorslashes weight by [5]% versus traditional models. By fine - tuning the magnetic circuit and using high - strength, lightweight composites, we keep performance intact while making it super portable – perfect for cramped, mobile setups.
2. High Torque Density & Sensitivity
With an optimized copper fill ratio and advanced magnetic design, our motor delivers top - notch torque density. In tests, it churns out 20% more torque and has [5]% faster response speed than standardmotors. So, it can handle tough, precise jobs with ease.
3. Low Eddy Current Loss & Rapid Heat Dissipation
Innovative winding patterns and integrated thermal management cut eddy current loss by 5% compared to old designs. Pair that with thermally conductive materials and smart heat - dissipation paths, and ourmotorkeeps heat in check. Heat dissipation gets an 11% boost, ensuring steady running and a long life.
4. Long - Lasting Durability
Less thermal stress, low eddy current loss, and a tough build make our motor last way longer. Field tests show it lasts 3 times as long as conventional motors, slashing maintenance costs and the total cost of ownership.
When we put our motor in a high - performancehumanoid robot, the results were striking. Before, the robot had issues: short runtimes (because of a heavy old motor), not enough torque for tough terrains, and overheating during long jobs.
After integration,our motor’s lightweight design trimmed the robot’s weight by 15%, letting it run 25% longer. High torque upped payload capacity by 8%,so it could take on heavier tasks. And the improved thermal management ended overheating for good.
Over 3 months of non - stop operation – walking, grasping, moving dynamically – no motor or nearby system failed. This proves our motor’s durability and cuts annual maintenance costs by 15% thanks to fewer breakdowns and easier servicing.
Our Frameless DC Motorsaren’t just components; they’re catalysts for progress. In robotics, aerospace, and beyond, they’re redefining what’s possible – blending power, precision, and endurance in a way that meets the tough demands of modern industries. Step into a future where your equipment works smarter, not harder, with our revolutionary motor technology.
otor), not enough torque for tough terrains, and overheating during long jobs.
