FLUX Whitepaper Explores Inductive Rotary Encoder Benefits

FLUX GmbH (FLUX), a precision encoder manufacturer, has released a new whitepaper on inductive rotary encoders, exploring their role in advancing performance across robotics, medical technology, aerospace, and defense applications.

The whitepaper, titled “6 Reasons You Should & 2 Reasons You Shouldn’t Use a FLUX Inductive Rotary Encoder,” highlights the strengths and limitations of FLUX’s technology. Inductive encoders are known for their robust design, low axial profile, and outstanding resolution and accuracy.

According to Paul Tutzu, CEO of FLUX GmbH:
“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. 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.”

The paper emphasizes six strong advantages of FLUX inductive encoders, such as durability, interference immunity, and scalability, alongside two scenarios where alternative solutions may be preferable.

FLUX’s inductive encoder technology, including its IND-MAX encoders, introduces a breakthrough in inductive absolute encoders, enabling the world’s smallest model without performance trade-offs. With exceptional resistance to magnetic and electromagnetic interference, these encoders can be integrated directly into motors. Their lightweight, modular design further ensures a high degree of customization and scalability for next-generation engineering demands.