FLUX GmbH (FLUX), a high-precision encoder company, has announced the publication of a new whitepaper that examines the benefits of FLUX inductive technology in enabling next-generation performance across robotics, medical, aerospace, and defence applications.
The document is a white paper discussing FLUX Inductive Rotary Encoders, which have become increasingly popular in various applications. These encoders are recognised for their robustness, low axial profile, and high resolution and accuracy. The paper outlines six compelling reasons to choose FLUX inductive encoders and two scenarios where they may not be the best fit.
Demand for higher precision
“As the demand for higher precision and reliability grows, it’s critical for engineers to understand both the advantages and the limits of encoder technologies,” said Paul Tutzu, FLUX GmbH CEO.
He adds, “With this whitepaper, we wanted to provide a clear view of when FLUX’s Inductive Rotary Encoders can deliver unmatched performance and a transparent view of where other technologies might be more suited.”
IND-MAX encoders
The inductive encoder technology, also used within the IND-MAX encoders, provides a revolutionary solution in the field of inductive absolute encoders and enables the creation of the smallest inductive absolute encoder without sacrificing any performance capabilities.
Exceptional immunity to magnetic and electromagnetic interference allows direct integration into all types of motors, whereas the ultra-light, modular design offers a high degree of customisation and scalability.
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