Space technology has a huge potential for innovation - satellites that enable global communications and weather tracking, space probes that provide unique information, or rockets for spaceflight.
Bearings are an important component of all these technologies, ensuring the necessary precision and performance of the equipment, as well as smooth and efficient movement of rotating parts in systems ranging from motors to navigation systems.
AKE Skalica bearings are designed and manufactured to handle extreme conditions that are typical for the space environment, including high temperatures and strong vibrations during launch and landing. Our expertise in special and high-precision bearings, coupled with our experience in designing bearings for space technology, enables you to accelerate bearing development and production while maintaining or reducing costs.
The fundamental key characteristic of bearings in space technology is that they have the same and stable operating capability under changing in-flight conditions such as temperature, rotational speed and load.
In space technology, AKE bearings must withstand extreme thermal loads and sudden temperature changes from the environment or from their own operation.
The design and special materials such as the steel 52100, AMS6440, AMS6444, HSS M50, HSS M50 Nil predestine AKE bearings to cope with the changing high speed range as well as high static and dynamic loads during flight.
In airspace, every ounce counts. That is why we develop AKE aviation bearings to be lightweight while retaining properties such as durability, precision, speed and load capacity.
All bearings from the AKE Skalica production plant are manufactured in accordance with the strict requirements of the AS9100 standard and meet all requirements of the quality management system intended for organisations in aviation industry, space technologies and defence.
All bearings for space technology are manufactured as special and high-precision bearings, up to the ABEC 9 precision level.
We have a team of top experts in the field of structural engineering, material science and high precision manufacturing.
Adaptability of production capacity increase, including product development and production of small series and prototype bearings.
Customer cost savings in compliance with the high quality of aircraft bearings with AS9100 certification.
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