KAS / MAGNETIC-TRANSMISSION-01
Contactless Power Transmission Without Mechanical Tooth Contact
Magnetic gears transmit rotational power through magnetic force without direct mechanical contact between driving and driven elements. Kara Advanced Systems supports customers evaluating magnetic transmission technology for industrial machinery, automation and specialized drive applications.
CONTACTLESS MAGNETIC TECHNOLOGY
Unlike conventional mechanical gears, magnetic gears transfer rotational motion through magnetic interaction. The driving and driven elements do not require direct tooth-to-tooth contact, making magnetic transmission an option for applications where physical separation, reduced mechanical contact, cleaner operation or specialized drive architecture is desirable.
TECHNOLOGY BENEFITS
01
CONTACTLESS POWER TRANSMISSION
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NO MECHANICAL TOOTH CONTACT
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REDUCED PHYSICAL WEAR BETWEEN DRIVING ELEMENTS
04
LOW-MAINTENANCE DRIVE CONCEPT
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PHYSICAL SEPARATION OF DRIVE COMPONENTS
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SPECIALIZED INDUSTRIAL DRIVE APPLICATIONS
TYPICAL INDUSTRIAL APPLICATIONS
Magnetic transmission can be considered for machinery and equipment where contactless rotational power transfer, physical separation of drive elements or specialized transmission architecture provides an application advantage.
INDUSTRIAL AUTOMATION
PRECISION MACHINERY
FOOD & PACKAGING MACHINERY
SEMICONDUCTOR-RELATED EQUIPMENT
CLEAN PRODUCTION EQUIPMENT
SPECIALIZED DRIVE SYSTEMS
FROM MAGNETIC GEARS TO COMPLETE SYSTEMS
01
MAGNETIC CONTACTLESS CONVEYORS
Magnetic gears transmit power without direct mechanical contact, enabling conveyor drive concepts with reduced physical contact between drive components. Suitable for applications where clean operation, reduced wear and specialized conveyor layouts are required.
02
MAGNETIC CONTACTLESS GEAR REDUCERS
Magnetic gear reducer systems transmit and reduce rotational speed through magnetic interaction without conventional mechanical tooth contact. They are suitable for applications requiring reduced wear, physical separation of drive components and specialized transmission configurations.
EXPLORE MAGNETIC SOLUTIONS
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MAGNETIC TORQUE LIMITER
Magnetic transmission can also be used as a contactless torque-limiting mechanism. When the transmitted torque exceeds the designed magnetic coupling capacity, the driving and driven sides can slip relative to each other without mechanical tooth engagement, helping protect the machine and drivetrain from overload.
From magnetic gears to complete drive solutions
Kara Advanced Systems develops and promotes practical industrial applications using magnetic transmission technology, including contactless conveyors, magnetic gear reducers, torque limiters and custom transmission solutions.
STANDARD MAGNETIC GEARS
Looking for standard magnetic gears and individual magnetic transmission components? Browse our dedicated Magnetic Transmission website for standard products, technical information and product inquiries.
CUSTOM ENGINEERING
Tell Us Your Magnetic Transmission Application
Send your application requirements and drawings for review so we can discuss whether magnetic transmission technology may be suitable for the project.
EQUIPMENT / APPLICATION
REQUIRED ROTATION / DRIVE FUNCTION
AVAILABLE INSTALLATION SPACE
DRAWING / TECHNICAL REQUIREMENTS
SPECIAL OPERATING CONDITIONS
GLOBAL SUPPORT FROM JAPAN
Kara Advanced Systems supports international manufacturers and engineering companies with magnetic gears and contactless magnetic transmission solutions from Japan.
Customers can select a suitable standard magnetic gear for their application from our product catalog, or send us their application requirements for review and technical support.
We coordinate product selection, application review, technical communication, quotations, international sales and project support from initial inquiry through implementation. With more than 20 years of international sales experience, we support customers and projects across Europe, North America, Türkiye & the Middle East, and Japan.
EUROPE | NORTH AMERICA | TÜRKIYE & MIDDLE EAST | JAPAN
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