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Nieuwkuijk, Netherlands
POSIC is a privately-owned company, specialized in miniature inductive encoder kits. Our mission is the development, production, marketing and sales of miniature inductive position sensors based on our coil-on-chip technology. We provide complete position sensing solutions for motion control and mechatronic applications. POSIC's miniature inductive encoder kits are used to measure linear or rotary position or speed. The company is headquartered in Neuchâtel, Switzerland and was founded in April 2001 as a spin-off from CSEM (Swiss Center for Electronics and Microtechnology). We offer a number of standard products in the form of inductive sensors and miniature encoder kits, including accessories like codewheels, linear scales, cables and connectors. Due to the inductive measurement principle, POSIC's encoders are immune against magnetic fields.
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Featured
Rotary incremental inductive encoder | POSIC
... Rotary incremental inductive encoder | ...
Loomis, United States
2000
We develop each mechatronic solution with the latest advanced technologies for your project’s specific application requirements. We produce world-class products and technologies to achieve precisely what you need. Celera Motion’s precision component and subsystem solutions solve application-specific challenges for technology-driven original equipment manufacturers from a range of markets. Celera Motion is a motion control business of Novanta Inc. This enables Novanta to engineer core components and sub-systems that deliver extreme precision and performance, tailored to our customers’ demanding applications. Novanta delivers highly engineered laser, vision and precision motion solutions to customers around the world. The driving force behind our growth is a team of professionals who share a commitment to innovation and customer success. Designed using state-of-the-art technologies and offered with feature sets targeted to solve the most demanding applications, our product lines optimize performance.
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Featured
IncOder® Inductive Angle Encoders
... Non-contact, Inductive Angle Encoders for high-precision, reliable measurement in Harsh Environments. Click here to learn more. ...
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Featured
Combined axial-radial roller bearings with integrated ABSOLUTE inductive encoder RTB ABS
... Combined axial-radial roller bearings with integrated ABSOLUTE inductive encoder RTB ABS: MONDIAL ...
Braunau am Inn, Austria
1-10 Employees
2017
FLUX develops and manufactures high performance encoders for precise position and velocity feedback within closed loop motion control systems. FLUX encoders can be used wherever conventional encoders are not feasible. With its headquarters located in Braunau am Inn, Austria, FLUX also offers its customers a worldwide network of experienced distributors and sales partners in the field of encoder technology. The GMI® technology, developed and patented by FLUX for position measurement, capitalizes in an exceptional way the interaction between magnetic field and electromagnetic induction.
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Featured
INDUCTIVE Rotary Encoder
... Find out more about the INDUCTIVE Rotary Encoder ...
2012
Established in 2012, Wesense Motion 2012 ltd is a market leader in the design and supply of various types of motion products. We are here to assist our customers with tailoring the perfect solution to their applications using the broadest range of motion components available in the market,. We are deeply involved in our customers R&D activities, participating in their PDR, CDR, through actual hands-on during the system assembly. In Wesense Motion, we specialize in encoders, motors and drives. Wesense is very happy to present the ultimate solution for an optical, High-Resolution, Reflective, Low Cost and very low height PCB based encoder! Wesense Motion is proud to represent the most advanced magnetic encoder suppliers. In order to meet our customers high technological standards, we are working with only the best suppliers, while driving them to offer new and unique solutions, both for high end and low-end markets. We believe in E2E approach, which means that all our customer facing personnel are engineers.
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Featured
Shaft Inductive Angle Encoder 58 mm - Wesense
... Shaft Inductive Angle Encoder 58 mm - ...
Putzbrunn, Germany
51-100 Employees
1960
MEGATRON ist seit über 60 Jahren der Spezialist für mechatronische Bauelemente von hoher Präzision und Qualität. Unsere Produkte sind in einer Vielzahl von Anwendungen in nahezu allen Bereichen der verarbeitenden Industrie und der Medizintechnik im Einsatz. Wir sind spezialisiert auf die Erarbeitung kundenindividueller Lösungen und verfügen über dezidiertes Know-how aus tausenden Design-In Projekten. Wir bieten ein breites Spektrum an Potentiometern, Drehgebern, Wegsensoren, Kraftsensoren, Präzisionswiderständen und Industrie-Joysticks. Funktionen für soziale Medien anbieten zu können und Zugriffsstatistiken zu erstellen.
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Featured
Inductive rotary encoder MP1545A
... Inductive rotary encoder ...
Cambridge, United Kingdom
1-10 Employees
2021
Dependable sensor solutions integrated into your product by measurement experts. Develop and bring into production dependable sensing solutions matched to your application requirements. Support you throughout the entire development cycle - from prototype through to production. Place you in control of the measurement technology and supply chain for your products.
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Featured
Home | Sensor Methods
... Sensor methods offer inductive sensor designs, inductive motor encoders and sensor engineering design consultancy services. ...
Fletcher, United States
1-10 Employees
1989
Accurate Technology (ATI) manufactures ProScale®, DigiScale®, and other linear measuring products based on capacitive encoding and inductive encoding measurement technology.We also import/distribute linear encoders that use magnetic and optical measurement technology. ProScales are affordable measuring systems designed to make linear measurements with speed, accuracy and repeatability. These products, based on ProScale technology, are available as hand-held portable devices, as well as free-standing and benchtop measuring systems to measure one or two axes. Our "fractions to 10 microns" accuracy provides users with repeatable measurements, positioning capabilities and data output. The products are more robust than glass scales, not impeded by magnetic fields or variable input voltage, dirty or dusty environments, vibration, etc, and easily operate on battery power for many months. General Purpose Linear Measurement: Several different models of ProScale systems capable of measuring up to 24 ft. Quality Control Products: This product group includes turn-key measuring systems like ProTable™, designed for Quality Control measurements. Accurate Technology routinely designs and manufactures custom, application specific, quality control measuring systems for our customers - products are designed to suit your specific needs.
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ProScale Inductive Encoders
... ProScale Inductive Encoders - Encoders - Individual Components - ...
Chennai, India
11-50 Employees
2008
HEIDENHAIN develops and manufactures linear encoders, angle encoders, rotary encoders, digital readouts, and CNC controls for demanding positioning tasks. Discover solutions from the HEIDENHAIN Corporate Group for your application. Linear encoders from HEIDENHAIN measure the position of linear axes without added mechanical intervention, allowing your machines to attain exceptional positioning accuracy and machining speed. HEIDENHAIN has the optimal angle encoder for your application, with sealed, modular, and highly integrated, built-in bearing options. CNC controls from HEIDENHAIN are shop-friendly, versatile, and high-performance. With HEIDENHAIN touch probes and camera systems for tool and part measurement. HEIDENHAIN signal converters adapt encoder signals to the interface requirements of your application's downstream electronics. High-performance digital readouts from HEIDENHAIN save time and simplify the operation of machines, automation systems, and metrology applications.
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Featured
HEIDENHAIN | Controls, encoders, and digital readouts
... The benefits of inductive rotary encoders ...
Northfield, United States
11-50 Employees
1955
We offer in-depth articles, case studies, product reviews, industry news, and expert insights to help readers stay updated on the latest advancements, trends, and best practices in cutting tool technology and machining processes. Now the most requested magazine in the metalworking industry, Cutting Tool Engineering offers an editorial package that makes it the must-read magazine for industry decision-makers. The May 2007 issue included the first time the magazine published a feature article offering a multimedia sidebar online. First published on the cover and in the masthead of the April 1998 issue, ctemag.com remains the domain to this day. CTE Publications Inc., Northfield, Illinois, debuted as the magazine publisher with the April 1984 issue. In addition, Technifax published a "Directory of Industrial Diamond Products and Related Equipment" as a special issue at the end of the year. Their function is to obtain the maximum productivity from industry's machines through the proper selection, application, and maintenance of cutting tools.".
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Featured
EBI 1135 Absolute Inductive Rotary Encoder
... EBI 1135 Absolute Inductive Rotary Encoder | Cutting Tool ...
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Some interesting numbers and facts about the results you have just received for Inductive Encoder
| Country with most fitting companies | United States |
| Amount of fitting manufacturers | 12 |
| Amount of suitable service providers | 8 |
| Average amount of employees | 51-100 |
| Oldest suiting company | 1946 |
| Youngest suiting company | 2021 |
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An inductive encoder is a type of position sensor that utilizes the principle of inductance to measure the position, speed, or direction of a moving part or object. It consists of a metal target, often in the form of a disc or wheel, and a coil or set of coils. As the metal target moves relative to the coils, it alters the magnetic field and thus the inductance in the coils. This change in inductance can be measured and converted into a digital signal, which accurately represents the position or movement of the target. Inductive encoders are distinguished by their robustness and reliability, as they are inherently resistant to dust, moisture, and other environmental factors that can affect optical or magnetic encoders. This makes them particularly suited for use in harsh industrial environments where precision and durability are paramount. Additionally, the non-contact nature of inductive encoders minimizes wear and tear, extending the lifespan of the device. Their impact within automation, robotics, and manufacturing is significant, providing essential feedback for motion control systems, enhancing efficiency, and contributing to the advancement of smart manufacturing practices. By offering precise and reliable positioning data, inductive encoders play a crucial role in optimizing the performance and effectiveness of various technological applications.
1. High Durability
Inductive encoders are renowned for their exceptional durability in harsh environments. Unlike optical encoders, they are impervious to dust, moisture, and other contaminants, making them ideal for applications where reliability is paramount.
2. Accuracy and Precision
These devices excel in providing highly accurate and precise measurements. The inductive nature allows for consistent data output, even in the face of external disturbances such as electromagnetic interference, which often poses a challenge for alternative encoding methods.
3. Maintenance-Free Operation
Another significant advantage is their virtually maintenance-free operation. Inductive encoders do not have direct contact between moving parts, which drastically reduces wear and tear. This feature ensures long-term reliability without the need for regular upkeep, ultimately saving time and resources.
4. Compact Design
The compact design of inductive encoders allows for easy integration into a wide range of applications. Their small footprint makes them especially beneficial in systems where space is a critical constraint, offering flexibility in system design and implementation.
While evaluating the different suppliers make sure to check the following criteria:
1. Accuracy and Resolution
Ensure the inductive encoder offers high accuracy and resolution suitable for your application needs, affecting precision in positioning and motion control.
2. Environmental Resistance
Check for robustness against environmental factors like temperature, humidity, and dust, ensuring reliable operation in various conditions.
3. Interface Compatibility
Verify the encoder’s compatibility with your system’s interface requirements, including digital or analog output, to ensure seamless integration.
4. Size and Mounting Options
Consider the physical size and mounting options of the encoder to ensure it fits within your system’s spatial constraints.
5. Supplier Reputation and Support
Evaluate the supplier’s reputation for quality and reliability, as well as the level of technical and after-sales support offered.
6. Cost Efficiency
While not compromising on quality, assess the cost efficiency of the product to ensure it aligns with your budgetary constraints.
Inductive encoders, crucial in precision measurement, find extensive use in the manufacturing industry. Their capability to deliver accurate, high-resolution position feedback makes them indispensable in automated assembly lines. Here, they ensure the precise placement of components, significantly enhancing product quality and reducing waste. This accuracy is vital for maintaining the integrity of complex manufacturing processes, where even minor deviations can lead to costly errors. In the aerospace sector, inductive encoders play a pivotal role in the maintenance of aircraft. They are employed in systems that require precise movement and positioning, such as in the calibration of flight control surfaces. Their robustness against harsh environmental conditions, including extreme temperatures and vibration, ensures reliable performance, which is critical for flight safety and efficiency. Additionally, the automotive industry benefits from inductive encoders in the development of electric vehicles (EVs). They are used in electric motor control systems to accurately measure the position and speed of the motor shaft. This precise control is essential for optimizing the performance and efficiency of EVs, contributing to longer battery life and improved vehicle dynamics. In robotics, inductive encoders are integral for enhancing the accuracy and efficiency of robotic arms. They provide vital feedback on joint positions, enabling precise control over movement. This precision is crucial in applications ranging from assembly and packaging to surgery, where the margin for error is minimal.
Inductive encoders, a pivotal component in precision positioning and speed control in various industrial applications, currently stand at a Technology Readiness Level (TRL) of 7 to 8. This classification stems from their demonstrated prototypes operating in real-world, operational environments. The core technology behind inductive encoders, which couples the robustness of inductive technology with precise digital output, has seen substantial advancements over the years. These encoders have been subject to rigorous testing and validation, showcasing their reliability and efficiency across a myriad of settings, from manufacturing lines to aerospace applications. The reason for their placement at this specific TRL is attributed to the successful integration of their prototypes in operational systems, providing empirical evidence of their performance capabilities. Furthermore, the ongoing refinements in their design, aimed at enhancing resolution and reducing susceptibility to environmental factors like dust and moisture, underscore a commitment to improving their operational readiness. However, they have not yet reached the pinnacle TRL 9, as continuous efforts in optimizing their scalability and adaptability to various industrial needs are still underway. This ongoing development reflects a balanced approach to innovation, prioritizing both technological advancement and practical applicability in complex, real-world scenarios.
In the Short-Term, the inductive encoder technology is expected to see significant improvements in resolution and accuracy. Manufacturers are focusing on enhancing the signal processing algorithms and integrating advanced materials that minimize signal noise. This development aims to offer more precise position and speed control in applications like robotics and automated machinery, where even minor improvements can lead to increased efficiency and performance. As we look into the Mid-Term advancements, the focus shifts towards miniaturization and power efficiency. The demand for compact, energy-efficient components is rising, particularly in portable and battery-operated devices. Inductive encoders are anticipated to become smaller, lighter, and consume less power without sacrificing performance. This evolution will likely broaden their application scope to include more consumer electronics and wearable technologies, where space and power are at a premium. In the Long-Term, the inductive encoder technology is set to revolutionize with the integration of artificial intelligence (AI) and the Internet of Things (IoT). This will enable smarter, predictive maintenance capabilities and real-time data analytics, transforming how industries monitor and optimize machine performance. Encoders will not only provide positional data but also contribute to comprehensive health monitoring of machinery, leading to unprecedented levels of operational efficiency and reliability in various sectors, including manufacturing and transportation.
Some interesting questions that has been asked about the results you have just received for Inductive Encoder
What are related technologies to Inductive Encoder?
Based on our calculations related technologies to Inductive Encoder are Magnets, Printed Electronics, Industrial Amplifiers, Electronic Transducers, Electronic Oscillators
Who are Start-Ups in the field of Inductive Encoder?
Start-Ups who are working in Inductive Encoder are Sensor Methods Limited
Which industries are mostly working on Inductive Encoder?
The most represented industries which are working in Inductive Encoder are Manufacturing, Hardware, Commerce and Shopping, Consumer Electronics, Health Care
How does ensun find these Inductive Encoder Companies?
ensun uses an advanced search and ranking system capable of sifting through millions of companies and hundreds of millions of products and services to identify suitable matches. This is achieved by leveraging cutting-edge technologies, including Artificial Intelligence.
