How to Get FLUX Encoders in the UK. A Guide to GMI® and Inductive Position Feedback

If you are a design engineer, systems integrator, or procurement manager in the United Kingdom searching for a high-precision position encoder that genuinely outperforms traditional optical, magnetic, and inductive alternatives (without their well-known compromises) this guide is for you.

FLUX GmbH manufactures some of the most advanced absolute rotary encoders available today, built on two proprietary technologies that are redefining what engineers can expect from position feedback systems. And in the UK, you can access the full FLUX portfolio through a single local partner: Torquety.

In this article, we cover the complete FLUX encoder range (GMI® Angle, GMI® Rotary, IND-ROT, and IND-MAX) with full technical specifications, application guidance, and a clear path to sourcing them in the UK.

Why UK Engineers Are Turning to FLUX

For decades, specifying a rotary encoder meant choosing between three imperfect options:

Engineers accepted these trade-offs because no single technology could deliver all three: precision, robustness, and ease of installation.

FLUX changed that.

Their patented GMI® (Giant Magneto Impedance) technology and IND (Inductive) technology each eliminate the traditional compromises, delivering optical-grade accuracy in a rugged, IP67-rated, calibration-free package.

For UK industries operating in demanding environments; subsea installations off Aberdeen, vibration-intensive aerospace test rigs in Bristol, agricultural autonomy across East Anglia, or cleanroom medical device manufacturing in the Midlands, FLUX encoders offer a step-change in performance and reliability.

What Is FLUX?

FLUX GmbH is an Austrian encoder manufacturer headquartered in Braunau am Inn, backed by more than 40 years of collective experience in position feedback systems. Founded in 2017 by engineers who had spent decades designing magnetic, inductive, and optical encoders, FLUX was created with a singular mission: build an encoder that combines the best attributes of every existing technology, without compromise.

The result is a portfolio of absolute, frameless, hollow-shaft encoders that deliver:

• Arcsecond-level accuracy: rivalling optical systems.
• IP67 environmental protection: matching the toughest inductive encoders.
• Wide mounting tolerances: comparable to magnetic encoders.
• Plug-and-play installation : no field calibration required.
• Maintenance-free, bearingless operation: no mechanical wear, no scheduled servicing.

FLUX designs and manufactures high-performance encoders for precise position and velocity feedback within closed-loop motion control systems. Their encoders are used across robotics, industrial automation, medical technology, aerospace, automotive, and precision measurement applications worldwide.

How Torquety Brings FLUX to the UK

Torquety is a UK-headquartered motion control specialist based in London, operating as an authorised distributor and technical partner for FLUX GmbH products. We provide:

• Local technical support: application engineering guidance from UK-based specialists who understand your industry.
• Fast availability: UK-accessible stock and direct logistics from FLUX in Austria.
• Custom configurations: modified encoder specifications tailored to your project, with Torquety managing the full customisation process.
• CAD models and documentation: STEP files, datasheets, user manuals, and interface guides for rapid design integration.
• After-sales support: commissioning assistance, warranty management, and replacement logistics.

Instead of navigating international procurement with an Austrian manufacturer directly, Torquety gives you a single UK-based commercial relationship, one purchase order, one invoice, one point of contact.

The Two FLUX Technologies Explained

GMI®: Giant Magneto Impedance (Patented)

The GMI® effect is a physical phenomenon that relies on the skin effect: a sensor material’s impedance changes significantly when exposed to an external magnetic field. FLUX harnesses this interaction between magnetic field and electromagnetic induction to create a position measurement system that delivers:

• Hysteresis-free operation: real-time 360° scanning with zero jitter.
• Arcsecond accuracy: comparable to the best optical encoders.
• Robustness of inductive technology: no fragile glass disc.
• Wide mounting tolerances: comparable to magnetic encoders, simplifying mechanical design.

GMI® encoders come in steel or aluminium housings with IP67 protection and require no field calibration — they deliver full specified accuracy straight out of the box.

IND: Inductive Technology

FLUX’s inductive technology takes a fundamentally different approach, enabling the creation of the smallest and most precise inductive absolute encoders on the market:

• Ultra-flat form factor: thickness under 6 mm.
• Featherweight: total weight just 14 grams.
• Open PCB design: maximum integration flexibility.
• Complete immunity to electromagnetic interference (EMI): can be mounted directly inside motor housings alongside permanent magnets and high-current coils.

This makes IND encoders ideal for direct integration into BLDC motors, stepper motors, robotic joints, and actuators where every millimetre and every gram matters.

FLUX Encoder Product Lines Available Through Torquety

GMI® Angle Encoders (GMI-ANG Series)

The GMI-ANG series represents the highest accuracy in the FLUX portfolio — designed for applications where every arcsecond matters.

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Best for: Machine tools, semiconductor manufacturing, rotary tables, torque motors, stabilised gimbals, and industrial robot axes.

Key advantages:

• Accuracy down to ±3 arcseconds (GMI-ANG-250).
• Resolution up to 25 bits — over 33 million counts per revolution.
• Steel housing for maximum mechanical sturdiness.
• Easy installation with sliding fits and dowel pin holes.
• No field calibration required.

GMI® Rotary Encoders (GMI-ROT Series)

A versatile absolute encoder that balances precision, compactness, and value — the reliable all-rounder for a wide range of applications.

Best for: Cobots, robotic joints, UAVs and drones, gimbals, torque motors, and medical positioning systems.

Key advantages:

• Available in aluminium or stainless steel housing.
• Output protocols: SSI, BiSS-C, SPI, TTL.
• Wide mounting tolerance simplifies mechanical design.
• Flat, lightweight form factor.
• No field calibration required.

Inductive Rotary Encoders (IND-ROT Series)

The world’s smallest and most precise inductive absolute encoders — designed for integration directly inside motor housings and robotic joints.

Best for: BLDC motor integration, robotic joints, cobots, drones, stepper motors, and any application where space is critically constrained.

Key advantages:

• Thickness under 6 mm — thinner than many PCBs.
• Total weight just 14 grams.
• Open PCB design for maximum integration flexibility.
• Complete immunity to electromagnetic interference (EMI) — can be mounted directly inside motor housings alongside permanent magnets and coils.
• Output protocols: SSI, BiSS, SPI, TTL.
• No field calibration required.

Inductive Angle Encoders (IND-MAX Series)

The IND-MAX takes inductive technology into large-diameter, extreme-environment territory, bringing the ruggedness of encapsulated design to applications demanding high precision across land, sea, and air.

Best for: Aerospace, defence, marine applications, machine tooling, advanced robotics, and any environment requiring extreme reliability.

Key advantages:

• Encapsulated IP67 design for harsh environments.
• Diameters up to 375 mm for large-bore applications.
• Immunity to magnetic and electromagnetic interference.
• Extended temperature range: -40°C to +85°C (up to +125°C extended).
• High resistance to shock and vibration.
• Wide operating and mounting tolerances.

Why FLUX Encoders Stand Out in the UK Market

Unlike general-purpose encoder suppliers in the UK who focus heavily on repairs, replacements, and generic equivalents, FLUX is engineered for new-design, high-performance systems. Here is what sets them apart:

No Calibration, No Downtime

Every FLUX encoder delivers its full specified accuracy straight out of the box. Wide mounting tolerances mean your mechanical team spends less time on alignment and your commissioning cycle drops from days to hours.

Bearingless and Maintenance-Free

With no bearings, no glass disc, and no mechanical contact between rotor and stator, there is nothing to wear out. This is critical for remote or difficult-to-access installations (offshore wind turbines, subsea platforms, or sealed defence systems) where scheduled servicing is impractical or impossible.

Hysteresis-Free Operation

Real-time 360° scanning delivers jitter-free position feedback for optimal motion control loop performance. Unlike magnetic encoders that suffer from hysteresis errors (where the output depends on the direction of approach), FLUX encoders produce a clean, repeatable signal regardless of direction.

Extreme Temperature Range

Standard models operate from -40°C to +85°C, with extended versions rated to +125°C and storage capability down to -55°C. This makes them suitable for aerospace, automotive test environments, industrial freezers, and outdoor installations in all UK weather conditions.

Validated for Shock and Vibration

FLUX encoders are subjected to rigorous testing including thermal cycling, vibration, shock, humidity, corrosion, and outgassing tests (for aerospace and vacuum environments). Their bearingless design inherently eliminates the most common mechanical failure modes found in conventional encoders.

CAD Models Available

STEP files are available for the full FLUX encoder portfolio, enabling rapid integration into your 3D mechanical design environment before committing to a purchase.

Which FLUX Encoder Is Right for Your Application?

UK Industries Using FLUX Encoders

How to Get Started

Getting FLUX encoders through Torquety is straightforward:

1. Define your requirements. What accuracy, resolution, bore size, and IP rating do you need? What communication protocol does your controller use?
2. Contact Torquety. Reach out via our website at www.torquety.com, by email, or by phone. Our team will discuss your application and recommend the optimal FLUX product.
3. Receive your quotation. We provide detailed technical quotations including part numbers, specifications, lead times, and pricing.
4. Place your order. Standard products ship from UK or European stock. Custom configurations are manufactured to your specification with regular progress updates.
5. Get technical support. From pre-sale specification through to post-delivery commissioning, our engineers are available to help.

Frequently Asked Questions

Can I buy FLUX encoders directly in the UK?

Yes. Torquety is the UK channel for FLUX GmbH products. You can purchase GMI® Angle Encoders, GMI® Rotary Encoders, IND-ROT Inductive Encoders, and IND-MAX Inductive Angle Encoders directly through Torquety with full local support.

What communication interfaces do FLUX encoders support?

FLUX encoders support industry-standard protocols including SSI, BiSS-C, SPI, and TTL. The right interface depends on your controller and system architecture — our team can advise on the best match for your drive or PLC.

Do FLUX encoders need calibration after installation?

No. All FLUX encoders are designed to deliver full accuracy straight out of the box without field calibration. Wide mounting tolerances further simplify installation — no time-consuming alignment procedures required.

What makes FLUX GMI® encoders different from standard magnetic encoders?

While both technologies interact with magnetic fields, the underlying physics is fundamentally different. GMI® exploits the skin effect to detect impedance changes with extremely high sensitivity — eliminating the hysteresis that limits conventional magnetic encoders. The result is optical-grade accuracy with magnetic-grade robustness.

Can FLUX encoders be mounted directly inside a motor?

Yes — specifically the IND-ROT series. Their complete immunity to electromagnetic interference means they can operate directly alongside permanent magnets and energised coils without signal degradation. Their open PCB design and 14-gram weight make them ideal for in-motor integration.

What temperature range do FLUX encoders support?

Standard models operate from -40°C to +85°C. Extended-range versions are available for operation up to +125°C, with storage temperatures as low as -55°C. This makes them suitable for aerospace, automotive testing, industrial freezers, and extreme outdoor environments.

What is the typical lead time?

Standard FLUX encoders typically ship within 4–12 weeks depending on model and quantity. For custom configurations, contact Torquety for a precise estimate.

Do you provide CAD models?

Yes. CAD models (STEP files) are available for the full FLUX encoder portfolio, enabling rapid integration into your 3D mechanical design environment.

Are FLUX encoders CE certified?

Yes. FLUX encoders carry CE conformity certification across the GMI-ANG, GMI-ROT, IND-ROT, and IND-MAX product lines.

Conclusion

For UK engineers who need precision position feedback that outperforms traditional optical, magnetic, and inductive encoders — without their limitations — FLUX is the answer, and Torquety is your UK partner.

Whether you need ±3 arcsecond accuracy for a machine tool rotary table, a 14-gram encoder for a robotic joint, or a 375 mm IP67 ring encoder for a marine stabilisation platform, the FLUX portfolio covers it — all available through Torquety with local technical support, competitive lead times, and streamlined UK procurement.

Ready to specify your next encoder?
Contact Torquety today at www.torquety.com or request a quotation directly. Our application engineers are ready to help you find the right FLUX encoder for your application.

Torquety is a UK-based distributor and technical partner for precision motion control components. We represent FLUX GmbH (Austria) alongside other leading manufacturers in the motion technology space.