# OTV Precision Sensing


## Posts

- [How to Set Up an iC‑MU200 Test Platform](https://otvsensing.com/how-to-set-up-an-ic%e2%80%91mu200-test-platform/): The iC‑MU200 evaluation system, provided by IC‑HAUS, offers a straightforward way to test and characterise the device. This guide walks through the setup using the iC‑MU200 as an example. The test platform is designed to let you evaluate the absolute magnetic encoder’s functionality, configure its registers, and perform electrical calibration via the official PC‑based GUI […]
- [Melexis: Inductive & Magnetic Sensing for Robot Joints – OTV sensing Provides Off‑Axis Dual‑Track Discs and Complete Integration](https://otvsensing.com/melexis-inductive-magnetic-sensing-for-robot-joints-otv-sensing-provides-off%e2%80%91axis-dual%e2%80%91track-discs-and-complete-integration/): I. Melexis Robot Joint Sensing Solution Overview For robotic joint applications, Melexis offers two technology paths: magnetic and inductive. Magnetic: high fault tolerance, forgiving mounting tolerances. Inductive: real‑time response, immunity to stray magnetic fields. These products are organised into two families – the high‑resolution series for positioning applications, and the high‑speed series for motor control. II. High‑Resolution […]
- [Novosense NSM350x Deep Dive: China Hall-Effect Dual-Track Nonius Magnetic Encoder IC](https://otvsensing.com/novosense-nsm350x-deep-dive-china-hall-effect-dual-track-nonius-magnetic-encoder-ic/): TECHNICAL DEEP DIVE Novosense NSM350x: China Hall-Effect Dual-Track Nonius Magnetic Encoder IC OTV Sensing · August 9, 2026 On July 30, 2026, Novosense released the NSM350x series — China’s first Hall-effect-based dual-track vernier magnetic encoder IC. The launch sent a clear signal through the robotics joint module and encoder engineering community: there is now a […]
- [Conntek KTM5900 vs Novosense NSM350x: China's Next-Gen Off-Axis Magnetic Encoder ICs](https://otvsensing.com/conntek-ktm5900-vs-novosense-nsm350x-chinas-next-gen-off-axis-magnetic-encoder-ics/): Technical Analysis Conntek KTM5900 vs Novosense NSM350x: China’s Next-Gen Off-Axis Magnetic Encoder ICs OTV Sensing · July 31, 2026 · 8 min read The robotics industry faces a persistent engineering challenge: how to route cables through hollow joints while maintaining high-precision position feedback in an extremely compact space. Two Chinese semiconductor companies have recently stepped […]
- [Electronica China 2026: Embodied AI Ignites the Magnetic Sensor Race — IC-Haus, Infineon, MDT, and the Encoder Ring Opportunity](https://otvsensing.com/electronica-china-2026-embodied-ai-ignites-the-magnetic-sensor-race-ic-haus-infineon-mdt-and-the-encoder-ring-opportunity/): electronica China 2026: Embodied AI Is Redrawing the Magnetic Sensor Map July 1, 2026 · Shanghai New International Expo Centre · OTV Sensing on the ground Walking the halls at electronica China this year, one thing was impossible to miss: embodied AI has arrived, and it runs on magnetic sensors. Automotive and industrial automation still […]
- [Temperature vs. Magnetic Encoder Ring Accuracy: How to Choose the Right Material](https://otvsensing.com/temperature-vs-magnetic-encoder-ring-accuracy-how-to-choose-the-right-material-2/): Is Your Encoder Accuracy Still There When Temperature Rises 10°C? Magnetic encoders are prized for dust immunity, oil resistance, and maintenance-free operation. But there’s a silent killer that’s often overlooked — temperature. The magnetic field strength of an encoder ring drifts with temperature. When a robot joint goes from cold start to full load, with […]
- [Temperature vs. Magnetic Encoder Ring Accuracy: How to Choose the Right Material](https://otvsensing.com/temperature-vs-magnetic-encoder-ring-accuracy-how-to-choose-the-right-material/): Is Your Encoder Accuracy Still There When Temperature Rises 10°C? Magnetic encoders are prized for dust immunity, oil resistance, and maintenance-free operation. But there’s a silent killer that’s often overlooked — temperature. The magnetic field strength of an encoder ring drifts with temperature. When a robot joint goes from cold start to full load, with […]
- [Maxwell: Translating God's Language with Mathematics](https://otvsensing.com/maxwell-translating-gods-language-with-mathematics/): Maxwell: Translating God’s Language with Mathematics “Maxwell’s work is the most profound and the most fruitful that physics has experienced since the time of Newton.” — Albert Einstein If Newton translated the language of “force,” Maxwell translated the language of “fields.” Electricity and magnetism, light and waves, energy and spacetime — under his pen, they […]
- [The Fourier Transform: A Mathematical Stroke of Genius in Precision Sensing](https://otvsensing.com/the-fourier-transform-a-mathematical-stroke-of-genius-in-precision-sensing/): The Most “Divinely Inspired” Equation in Mathematics— And You Use It Every Single Day OTV Precision Sensing | Technical Blog Take a look at this equation. Don’t worry — by the end of this article, you will understand exactly what it does and why it’s beautiful. FOURIER TRANSFORM F(ω) = ∫-∞∞ f(t) · e-iωt dt […]
- [Testing Framework for the Humanoid Robot](https://otvsensing.com/testing-framework-for-the-humanoid-robot/): Shipping a humanoid robot is not like shipping a laptop. Before a single unit leaves the factory, it must pass through a gauntlet of test stations — each designed to catch a specific class of failure before it reaches the customer. Drawing on a real production test specification for a full-scale humanoid robot, this article […]
- [A Complete Guide to Humanoid Robot Joint Modules: Design Challenges, Selection Strategies & Key Component Considerations](https://otvsensing.com/a-complete-guide-to-humanoid-robot-joint-modules-design-challenges-selection-strategies-key-component-considerations/): The wide range of motion required by humanoid robots, from upper limbs and waist to lower limbs, drives the need for three main types of joint modules: planetary, harmonic, and linear. Modern joint modules adopt a highly integrated design, combining core components like reducers, motors, drivers, and encoders into a single unit. Leveraging all-hardware FPGA […]
- [Analysis of Magnetic Encoder Chip Applications and Solutions in Single-Turn/Multi-Turn Absolute Encoders](https://otvsensing.com/analysis-of-magnetic-encoder-chip-applications-and-solutions-in-single-turn-multi-turn-absolute-encoders/): I. Overview and Classification of Absolute EncodersAn absolute encoder is a sensor that directly outputs the shaft’s angular position information. Its core characteristics are position uniqueness and power-off memory function. Even if the shaft continues to rotate after a system power loss, the encoder can immediately feedback the current absolute position information upon power-up without requiring a homing […]
- [Position Sensing Schemes for Standard Motors and Coreless Motors](https://otvsensing.com/position-sensing-schemes-for-standard-motors-and-coreless-motors/): I. Standard Cored Motor The rotor of a standard DC motor is laminated from silicon steel sheets, and the windings are wound around an iron core. It has high inertia, high inductance, and a relatively slow response speed. 1. Requirements for Position Sensing: 2. Implementation Methods:Position sensing in standard motors typically uses physical sensors mounted directly on […]
- [BiSS and SPI: A Comparison of Communication Protocols for Encoders](https://otvsensing.com/biss-and-spi-a-comparison-of-communication-protocols-for-encoders/): BiSS and SPI are two common serial communication protocols used in industry, particularly in motor encoders and sensors. Although they may appear similar externally, there are key differences in their design goals, operating principles, and characteristics. In short: Below, we will compare them in detail across several parameters. General Comparison Characteristic BiSS Protocol SPI Protocol […]
- [Comprehensive Testing Solution for Robotic Joint Systems: Precision Verification from Components to the Whole](https://otvsensing.com/1990-2/): As the core driving component of a robotic arm, the performance of a robotic joint directly determines the precision, reliability, and service life of the entire machine. This article details the full-process testing solution for robotic joint systems, from PCB-level testing to the aging tests of fully assembled units. It covers the verification of multiple […]
- [Introduction of Magnetic Encoder](https://otvsensing.com/introduction-of-magnetic-encoder/):   1. Construction of Magnetic Encoders Magnetic encoders detect rotational position by measuring magnetic field variations and converting them into electrical signals. A basic configuration consists of a permanent magnet and magnetic sensing IC. The magnet is mounted on a rotating body (e.g., motor shaft), while the sensor IC is positioned on a PCB within the magnet’s field […]
- [Robotic Joint Module: A Comprehensive Overview](https://otvsensing.com/robotic-joint-module-a-comprehensive-overview/): A robotic joint module is a standardized mechanical unit that integrates key subsystems—including motors, reducers, encoders, controllers/drivers, and structural components—into a compact assembly. Designed to output rotational or linear motion, it drives robotic limbs while enabling closed-loop control and intelligent communication. As the fundamental functional unit for robotic motion control, it delivers precision and efficiency […]
- [Wireless Technologies:Zigbee vs LoRa](https://otvsensing.com/wireless-technologieszigbee-vs-lora/): In IoT applications, wireless technologies can b categorized into Wide Area Networks (WAN) and Local Area Networks (LAN).   Wide Area Networks (WAN) Examples: 2G, 3G, 4G, 5G, NB-IoT.   – Characteristics:    – Operate on licensed frequency bands (government-regulated, requiring permits).    – Ideal for long-range, high-bandwidth applications (e.g., smart cities, asset tracking).   Local Area […]
- [Collaborative Robots and the Future of Automation](https://otvsensing.com/hello-world/): The global manufacturing sector is undergoing a transformative wave driven by innovation and energy efficiency, with automation, digitalization, and flexible intelligent equipment at its core. While traditional industrial robots excel in speed, precision, and heavy payloads, they face limitations in adapting to dynamic production lines, reducing operational complexity, and enhancing productivity. Enter collaborative robots (cobots)—redefining competitiveness […]

## Pages

- [Novosense NSM3502 vs. iC‑Haus iC‑MU200 – Dual‑Track Absolute Magnetic Encoder IC Comparison](https://otvsensing.com/novosense-nsm3502-vs-ic%e2%80%91haus-ic%e2%80%91mu200-dual%e2%80%91track-absolute-magnetic-encoder-ic-comparison/): In robotics, servo motors, and industrial automation, dual-track Nonius (vernier) off‑axis hollow‑shaft absolute magnetic encoders have become the mainstream approach for high‑precision position feedback. The Novosense NSM3502 and the German iC‑Haus iC‑MU200 are two representative encoder ICs in this domain, both designed for dual‑track Nonius off‑axis/hollow‑shaft absolute magnetic encoder applications, with a master track pole width of 2.00 mm. Although […]
- [OTV AMG Absolute Linear Magnetic Encoder System](https://otvsensing.com/otv-amg-absolute-linear-magnetic-encoder/): Absolute Linear Motion Feedback Absolute Linear Magnetic Encoder — OTV AMG Series The OTV AMG is a true absolute magnetic linear encoder system engineered for high-performance motion control applications. It delivers non-contact, wear-free absolute position feedback for linear motion axes in demanding industrial environments. Up to 82,000 mm measurement length 1 μm resolution, ≤ ±2.5 […]
- [Absolute magnetic rotary encoder OMR series](https://otvsensing.com/absolute-magnetic-rotary-encoder-omr-series/): Industrial Motion Control & Servo Feedback Absolute Magnetic Rotary Encoder — OMR Series The OMR series is a high‑precision absolute magnetic rotary encoder system, designed for industrial motion control, robotic joints, and servo feedback applications. It serves as a core feedback element for position and velocity control loops. Ultra-high resolution down to 0.1 arcsecond (~0.000028°) […]
- [Magnetic Linear Scale | Linear Encoder Tape | OTV Sensing](https://otvsensing.com/magnetic-linear-scale-encoder-tape-collection/): OTV Precision Sensing — Magnetic Scale Manufacturer Precision Magnetic Linear Scales OTV manufactures high-performance magnetic linear scales and linear encoder tapes for absolute and incremental position feedback. Dual-track Nonius encoding with pole pitches from 1.0 mm to 5.0 mm. Custom linear encoder scales for robotics, CNC, semiconductor, and industrial automation. Dual-track absolute magnetic linear scale […]
- [Precision Magnetic Rings & Encoder Disks for Off-Axis Absolute Encoders](https://otvsensing.com/magnetic-rings-encoder-disks-absolute-encoders/): Trusted by Robot Manufacturers Worldwide Precision Magnetic Rings & Encoder Disks for Off-Axis Absolute Encoders Custom-engineered magnetic encoder disks and encoder rings for IC-Haus iC-MU series. Achieve ±0.05° accuracy with ultra-thin 1.0mm designs — ideal for robot joint modules, cobots, and humanoid robots. Perfect match for iC-MU, iC-MU150, iC-MU200 encoder chips Dual-track absolute magnetic ring […]
- [Off-Axis & Hollow-Shaft Magnetic Encoders | OTV OME Series](https://otvsensing.com/off-axis-hollow-shaft-magnetic-encoders-otv-ome-series/): OTV Sensing — Magnetic Encoder Solutions Off-Axis & Hollow-Shaft Magnetic Encoders Precision rotary position sensing for space-constrained applications±0.05° accuracy · 6–40 mm hollow bore · Non-contact · Dust & oil immune Get a QuoteView OME Series What Is an Off-Axis Magnetic Encoder? An off-axis magnetic encoder is a rotary position sensor where the sensing element […]
- [Inductive Linear Encoder | OTV-IL Series | Absolute Position Sensing](https://otvsensing.com/inductive-linear-encoder-otv-il-series-absolute-position-sensing/):   NEW OTV-IL Series — Now Available High-Precision Inductive Linear Encoders Non-contact · Absolute position · Sub-micron resolutionImmune to dust, oil, and magnetic interference Get a QuoteRequest Evaluation Kit 20-300 mmRange5 µmResolution4 mmThickness120 m/minMax SpeedTTL/485/SSi/BiSSOutput What Is an Inductive Linear Encoder? An inductive linear encoder is a non-contact absolute position sensor based on electromagnetic induction […]
- [High-Precision Absolute Inductive Encoders | OTV-INE Series](https://otvsensing.com/high-precision-absolute-inductive-encoders/):   High-Precision Absolute Inductive Encoders for Demanding Motion Control Non-contact · Bearingless · Hollow-shaft design±0.006° accuracy · 15-22 bit resolution · 13 standard models · No maintenance Get a QuoteDownload Datasheet 13Standard Models   ±0.006°Max Accuracy   22-bitResolution   8000Max RPM   -30~100°COperating Temp   CE / RoHSCertified Technology What Is an Inductive Encoder? An […]
- [Custom Magnetic Encoder Ring Manufacturer | OTV Sensing](https://otvsensing.com/custom-magnetic-encoder-ring-manufacturer-otv-sensing/): Encoder Ring for Humanoid Robot: Precision Feedback for Robot Joints From the Beijing Humanoid Robot Half Marathon, where over 300 robots competed in autonomous navigation on an open urban course, to Tesla’s open‑sourcing of Optimus dexterous hand hardware, the humanoid robotics industry is accelerating faster than ever.  Based on the rapid iteration of today’s robotics […]
- [High-Precision Absolute Inductive Encoders | OTV-INE Series](https://otvsensing.com/absolute-inductive-encoder/): NEW OTV-INE Series — Now Sampling High-Precision Absolute Inductive Encoders for Demanding Motion Control Non-contact · Bearingless · Hollow-shaft design±0.006° accuracy · 15-22 bit resolution · 13 standard models · No maintenance Get a Quote Download Datasheet 13Standard Models ±0.006°Max Accuracy 22-bitResolution 8000Max RPM -30~100°COperating Temp CE / RoHSCertified Technology What Is an Inductive Encoder? […]
- [Absolute Magnetic Linear Encoder](https://otvsensing.com/absolute-magnetic-linear-encoder/): Absolute Linear Motion Feedback Absolute Magnetic Linear Encoder — OTV-AL200 Series The OTV-AL200 Series is a true dual-track absolute magnetic linear encoder system — a complete solution that includes a readhead paired with a high-quality linear magnetic encoder strip. No homing. No battery. No incremental counter to lose. Up to 0.1 μm absolute resolution 16,384 […]
- [OTV Sensing Magnetic Encoder Rings – Direct Replacements for RLS, with Full Customization](https://otvsensing.com/otv-sensing-magnetic-encoder-rings-direct-replacements-for-rls-with-full-customization/): OTV Magnetic Encoder Rings – Direct Replacements for RLS, with Full Customization At OTV Sensing, we focus on delivering high‑performance magnetic targets for rotary encoders. Our products not only serve as direct, drop‑in replacements for popular encoder rings from established brands like RLS, but also offer deep customization in dimensions, pole pairs, and magnetic performance […]
- [Magnetic Absolute Linear Encoder](https://otvsensing.com/magnetic-absolute-linear-encoder/): Magnetic Absolute Linear Encoder：High-Precision Non-Contact Linear Position Feedback In the age of Industry 4.0 and advanced robotics, precise linear motion control is the foundation of system performance. Magnetic absolute linear encoders have emerged as a robust alternative to optical encoders—particularly in harsh industrial environments where dust, oil, moisture, and vibration are unavoidable. At OTV Sensing, we specialize in […]
- [The Application of Off-Axis Absolute Encoders and Magnetic Rings in Robot Joint Modules](https://otvsensing.com/the-application-of-off-axis-absolute-encoders-and-magnetic-rings-in-robot-joint-modules/): The Application of Off-Axis Absolute Encoders and Magnetic Rings in Robot Joint Modules As we can see the rapid evolution of intelligent robotics—particularly the explosive growth in humanoid robots, collaborative robots (cobots), and quadrupeds like robot dogs—the demands on joint-level position control have never been more stringent. High precision, high dynamic response, low latency, and […]
- [Magnetic Rotary Encoder ICs Guide: From AMR Technology to Complete Position Sensing Solutions](https://otvsensing.com/magnetic-rotary-encoder-ics-guide-from-amr-technology-to-complete-position-sensing-solutions/): Magnetic Rotary Encoder ICs Guide: From AMR Technology to Complete Position Sensing Solutions In the automation and motion control systems, accurate position feedback is the cornerstone of system performance. Whether it’s precise control of robot joints or high-speed response of servo motors, high-performance encoder ICs are essential. Novosense, as a leading magnetic sensor IC supplier, […]
- [iC-Haus Off-Axis and Linear Magnetic Encoder Solutions](https://otvsensing.com/ic-haus-off-axis-and-linear-magnetic-encoder-solutions/): iC-Haus Off-Axis and Linear Magnetic Encoder Solutions In the fields of industrial automation, robotics, and precision measurement, achieving high-accuracy position feedback for hollow-shaft structures or long-distance linear displacements is a constant engineering challenge. IC-HAUS offers a range of high-performance magnetic encoder chips, particularly renowned for their exceptional capabilities in Off-Axis (Hollow Shaft) and Linear Position Measurement applications.  The […]
- [Encoder Magnet Target](https://otvsensing.com/encoder-magnet-target/): Magnetic Target for IC HAUS Encoder iC-Haus encoder chips are renowned for their high level of integration and technological diversity, offering multiple technology options including optical, magnetic, and inductive solutions. 1. Technology Overview Diverse Sensing Technologies: Offers optical, magnetic, and inductive solutions High Integration: System-on-Chip (SoC) design combining sensors, signal processing, and interfaces 2. Core […]
- [Hard Ferrite Magnetic Ring](https://otvsensing.com/hard-ferrite-magnetic-ring/): Hard Ferrite Magnetic Rings in Magnetic Encoder Application: Performance and Key Parameters In the rapidly evolving landscape of industrial automation, robotics, and automotive electronics, magnetic encoders have emerged as a dominant technology for displacement and angular sensing. Their popularity stems from their non-contact measurement, high environmental durability (IP67+ potential), and flexible integration. The performance of […]
- [Precision Encoder Magnetic Rings for Robotic Joint Modules](https://otvsensing.com/precision-encoder-magnetic-rings-for-robotic-joint-modules/): Precision Encoder Magnetic Rings for Robotic Joint Modules Picture this: A surgical robot performing minimally invasive surgery, its arm moving with fluid precision around the finest blood vessels to reach its target. Or a high-speed robotic arm on an automotive assembly line, executing complex motions multiple times per second with millimeter-level repeatability, year after year.  […]
- [Rotary Magnetic Scale Nonius](https://otvsensing.com/rotary-magnetic-scale-nonius/): Rotary Magnetic Scale Nonius For rotary or linear motion control applications, magnetic encoder systems offer a simple, precise, and cost-effective solution. Operating on a non-contact magnetic sensing principle, they excel at continuous or incremental positioning, motion control, and various other scenarios requiring reliable angular or linear feedback. The key advantage lies in the co-designed and […]
- [Magnetic Ring With Reference Mark](https://otvsensing.com/magnetic-ring-with-reference-mark/): Magnetic Ring With Reference Mark In every corner of modern industry—from the robotic arm joints in smart factories to motor control in new energy vehicles, from the workstations of precision instruments to the pitch systems of wind turbines—magnetic encoders and their various sensing chips (Hall, magnetoresistive, giant magnetoresistive) are integral, performing the critical task of […]
- [Magnetic Target for IC HAUS IC-MU200](https://otvsensing.com/magnetic-target-for-ic-haus-ic-mu200/): Magnetic Target for IC HAUS IC-MU2OO The IC-MU200 is a high-performance, multi-functional magnetic angle encoder system-on-chip introduced by IC-HAUS. It is a highly integrated “system-on-chip” designed for industrial and robotics applications that demand extremely high precision, reliability, and flexibility. It can be used not only for absolute sangle measurement but also for absolute linear displacement measurement. […]
- [Custom Magnetic Encoder Rings](https://otvsensing.com/custom-magnetic-encoder-rings/): 1. What is a Magnetic Encoder Ring? An encoder is a sensing system that converts mechanical displacement (angle/position/speed) into electrical signals. It’s widely used in industrial automation, robotics, motor control, and medical devices. Encoders can be classified based on their working principles: Encoder Type Working Principle Key Characteristics Optical Encoder Uses a grating and photoelectric […]
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- [Contact](https://otvsensing.com/contact/): Contact With OTV Sensing   Please Reach Us:  Technical Collaboration: Get customized solutions designed for your specific application.  Global Support: Our team provides responsive, technical guidance—wherever you are.  Fast Prototyping: Need a sample or a swift turnaround? We move at the speed of industry. Tell us about your requirements, and we’ll show you our proposal […]
- [Magnetic Encoder Ring & Off-Axis/Linear Magnetic Encoder Manufacturer | OTV Sensing](https://otvsensing.com/): High-Precision Sensing Solutions — Engineered for Motion Control OTV Sensing designs and manufactures magnetic encoder rings, off-axis absolute encoders, and modular linear magnetic scales for robotics, servo motors, and industrial automation. ISO-certified factory with global delivery. Request a Quote → Browse Products → R&D, manufacturing, and testing — all under one roof Trusted by Robotics […]
- [About](https://otvsensing.com/about/): Sense the World, Drive Innovation OTV Sensing is committed to providing global clients with cutting-edge smart sensing solutions. Integrating R&D, manufacturing, and testing, we are your trusted innovation partner. Why choose us? Development Capability: Technical Realization from Concept to Prototype Our R&D team excels in magnetic materials, Hall-effect technology, inductive sensing, and wireless transmission technologies. […]
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- [Products](https://otvsensing.com/product/): Speed & Flexibility: From Standard to Custom We build a comprehensive ecosystem of standard components through modular design, which serves as a foundation to quickly and efficiently assemble and derive customized solutions that meet specific customer needs. Magnet Target Our magnet target is engineered for high-precision position and speed sensing. It is widely used in industrial automation, automotive electronics, […]

## Products

- [Magnetic scale](https://otvsensing.com/product/magnetic-scale/): Magnetic Scale: Applications and Customized Solutions Magnetic encoder scale systems are a cost-effective position detection solution based on magnetic principles.  A complete magnetic encoder scale system consists of the magnetic scale and a read head, with the core of the read head being various advanced magnetic sensing chips. 1. System Composition and Working Principle 1.1 […]
- [Hollow-shaft magnetic encoder](https://otvsensing.com/product/hollow-shaft-magnetic-encoder/): Hollow-shaft magnetic encoders represent a structural variant of magnetic encoders, offering flexible positioning of the magnet ring and sensing elements to address position sensing needs in space-constrained environments. When paired with dual-track magnet rings, they enable absolute high-precision positioning detection. Core Application Scenarios of Hollow-Shaft Magnetic Encoders:  Robotic Joints & Collaborative Robots  Servo Motors for […]
- [Rotation Position Sensor With Lever](https://otvsensing.com/product/rotation-position-sensor-with-lever/): Rotary Angle Position Sensors: Hall-Effect Based Solutions for Industrial Applications        	Applications: Engineering machinery, industrial automation, garden equipment, and robotics.   	Working Principle: Hall-Effect   	Mechnical: The metal shaft in the middle of the sensor is connected to the outside and rotated to obtain the rotation angle data.    Thanks to contact us for your customized requirement!
- [Rotation Position Sensor](https://otvsensing.com/product/rotation-position-sensor/): Rotary Angle Position Sensors: Hall-Effect Based Solutions for Industrial Applications        	Applications: Engineering machinery, industrial automation, garden equipment, and robotics.   	Working Principle: Hall-Effect   	Mechnical: The metal shaft in the middle of the sensor is connected to the outside and rotated to obtain the rotation angle data.    Thanks to contact us for your customized requirement!
- [Contactless Position Sensor](https://otvsensing.com/product/contactless-position-sensor/): Rotary Angle Position Sensors: Hall-Effect Based Solutions for Industrial Applications        	Applications: Engineering machinery, industrial automation, garden equipment, and robotics.   	Working Principle: Hall-Effect   	Mechnical: This sensor is designed with separately encapsulated magnets and sensor housing. Magnet can be assembled with bolts.    Thanks to contact us for your customized requirement!
- [Wireless Bolt Loosening Detection Sensor](https://otvsensing.com/product/wireless-bolt-loosening-detection-sensor/): Product Overview: The Wireless Bolt Loosening Detection Sensor is a high-precision industrial-grade monitoring device designed to detect the loosening status of critical bolts in real-time. Utilizing advanced MEMS technology, this non-intrusive sensor measures the relative rotation angle between the nut and the bolt to determine fastening integrity. With wireless communication capabilities and a robust, low-power […]
- [Wireless Gateway | Zigbee to Modbus RTU 485 | Data Transparent Transmission](https://otvsensing.com/product/wireless-gateway-zigbee-to-modbus-rtu-485-data-transparent-transmission/): Wireless Gateway | Zigbee to Modbus RTU 485 | Data Transparent Transmission
- [Wireless Gateway | Lora to Modbus RTU 485 | Data Transparent Transmission](https://otvsensing.com/product/wireless-gateway-lora-to-modbus-rtu-485-data-transparent-transmission/): Wireless Gateway | Lora to Modbus RTU 485 | Data Transparent Transmission
- [Wireless Temperature Sensor | Zigbee Transmission 300m|Support custom design](https://otvsensing.com/product/wireless-temperature-sensor-zigbee-transmission-300msupport-custom-design/): Wireless Temperature Sensor | Zigbee Transmission 300m|Support custom design
- [Wireless Temperature Sensor | Lora Transmission 1500m|Support custom design](https://otvsensing.com/product/wireless-temperature-sensor-lora-transmission-1500msupport-custom-design/):  
- [64 pair of poles 1 Track encoder ring Radial reading for magnetic encoder](https://otvsensing.com/product/64-pair-of-poles-1-track-encoder-disc-radial-reading-for-magnetic-encoder/): 64 pair of poles 1 Track encoder ring Radial reading for magnetic encoder
- [64 pair of poles 1 Track encoder ring Axial reading for magnetic encoder](https://otvsensing.com/product/64-pair-of-poles-1-track-encoder-disc-axial-reading-for-magnetic-encoder/): 64 pair of poles 1 Track encoder disc Axial reading for magnetic encoder.         Thanks to contact with us for your customized design!
- [32/31 pair of poles 2 Track nonius encoder disc for magnetic encoder IC HAUS iC-MU200 Axial  Assembly](https://otvsensing.com/product/32-31-pair-of-poles-2-track-nonius-encoder-disc-for-magnetic-encoder-ic-haus-ic-mu200-axial-assembly/): 2 Track nonius encoder discs could work with IC HAUS iC-MU200.
- [64/63 pair of poles 2 Track nonius encoder disc for magnetic encoder IC HAUS iC-MU200 Axial  Assembly](https://otvsensing.com/product/64-63-pair-of-poles-2-track-nonius-encoder-disc-for-magnetic-encoder-ic-haus-ic-mu200-axial-assembly/): 2 Track nonius encoder discs could work with IC HAUS iC-MU200.
- [64/63 pair of poles 2 Track nonius encoder disc for magnetic encoder IC HAUS iC-MU150 Axial  Assembly](https://otvsensing.com/product/64-63-pair-of-poles-2-track-nonius-encoder-disc-for-magnetic-encoder-ic-haus-ic-mu150-axial-assembly/): 2 Track nonius encoder discs could work with IC HAUS iC-MU150.       Thanks to contact with us for your customized design!
- [32/31 pair of poles 2 Track nonius encoder disc for magnetic encoder IC HAUS iC-MU150 Axial  Assembly](https://otvsensing.com/product/32-31-pair-of-poles-2-track-nonius-encoder-disc-for-magnetic-encoder-ic-haus-ic-mu150-axial-assembly/): 2 Track nonius encoder discs could work with IC HAUS iC-MU150.       Thanks to contact us for your customized design!
- [32/31 pair of poles 2 Track nonius encoder disc for magnetic encoder IC HAUS iC-MU128 Axial  Assembly](https://otvsensing.com/product/32-31-pair-of-poles-2-track-nonius-encoder-disc-for-magnetic-encoder-ic-haus-ic-mu128-axial-assembly/): 2 Track nonius encoder discs could work with IC HAUS iC-MU128.
- [64/63 pair of poles 2 Track nonius encoder disc for magnetic encoder IC HAUS iC-MU128 Axial  Assembly](https://otvsensing.com/product/64-63-pair-of-poles-2-track-nonius-encoder-disc-for-magnetic-encoder-ic-haus-ic-mu128-axial-assembly/): 2 Track nonius encoder discs could work with IC HAUS iC-MU128.

## Optional

- [Agent (MCP protocol)](websites-agents.hostinger.com/otvsensing.com/mcp)

[comment]: # (Generated by Hostinger Tools Plugin)