FLUX GmbH Launched IND-ROT-G Rotary Encoder Series

The new inductive rotary encoder offers high resolution and IP67 protection for constrained industrial environments.

Updated on Sept. 25, 2026 in Robotics

A small, circular metallic inductive rotary encoder component with visible precision coils sits on a brushed steel industrial workbench.
FLUX GmbH has launched the IND-ROT-G rotary encoder series, providing high-resolution absolute position feedback for constrained industrial robotics and automation environments. AI Illustration. Upload story photo >

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FLUX GmbH released the IND-ROT-G, a series of inductive rotary encoders designed to provide true absolute position feedback in compact spaces. The devices feature a frameless design capable of operating under high shock and vibration conditions.

Why it matters

The unit provides protection against moisture, liquids, and contamination for robotics and automation systems where space is limited. Its design eliminates the need for installation calibration, simplifying deployment in demanding industrial settings.

The IND-ROT-G series offers a maximum resolution of 21-bit and is available in sizes ranging from 55 mm to 96 mm. Units support BiSS-C, SSI, and incremental A/B/Z interfaces while maintaining a minimum stator weight of 22 g.

The players

FLUX GmbH

FLUX GmbH is a manufacturer of precision sensor technology specializing in inductive rotary encoders for industrial and robotic applications.

The details

The encoder utilizes proprietary FLUX inductive technology to ensure operational reliability under high shock and vibration. Its guarded, frameless construction facilitates integration into space-constrained machinery while maintaining an IP67 ingress protection rating.

Timeline

  1. The IND-ROT-G encoder series was launched on September 25, 2026.

The Tech Race

The encoder's support for the BiSS-C interface standard reflects a broad industry shift toward high-speed, digital communication protocols in robotics. This integration aligns the product with modern automation controllers while replacing legacy analog feedback systems.

Engineers and system integrators can deploy these encoders without performing time-consuming installation calibration. The compact size and high vibration resistance allow for more durable and flexible designs in next-generation robotic hardware.

The takeaway

This launch highlights the trend of moving sensor technology toward more compact, hardened, and plug-and-play form factors. Users should evaluate their specific vibration and ingress requirements to determine if this series offers an upgrade over current mechanical encoders.

Further reading

Learn more about the latest innovations in industrial automation at our Robotics section.

Source note: This article includes information reported by EEJournal.

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