Last Updated： Aggregation Period:Sep 24, 2025～Oct 21, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 24, 2025～Oct 21, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 24, 2025～Oct 21, 2025
This ranking is based on the number of page views on our site.
76～90 item / All 169 items
The C14 series panel mount optical rotary encoder boasts numerous achievements, including applications in ventilators.
The C14 series of optical rotary encoders has newly added a plastic shaft option. It is a compact size with a width of 15mm, highly durable, and capable of offering a variety of options.
Resolution settings can be configured with a DIP switch, simple and easy to use, robust and high-precision hollow shaft incremental encoder.
CUI Devices has introduced a new incremental type of capacitive hollow shaft encoder in its lineup, featuring robust and high-precision capabilities, with the ability to set resolution using a DIP switch.
Capacitive, hollow shaft rotary encoder. Resolution setting changes can be made using DIP switches.
CUI's AMT encoders are a lineup of robust and high-precision capacitive hollow shaft encoders designed for installation on motor shafts. Among them, a new incremental encoder that allows resolution settings via DIP switches has been introduced, making it the first type compatible with shafts ranging from φ9mm to 5/8 inch in diameter.
AMT series of robust and high-precision rotary encoders with unique capacitive technology.
Since the release of the first generation in 2006 by CUI Devices, the AMT series has built an excellent track record with high reliability and accuracy. It is more robust than optical encoders, resistant to various harsh conditions such as dust, dirt, and oil, and has far superior resistance to vibration and extreme temperatures. Additionally, it does not use LEDs, resulting in a longer lifespan, smaller size, and lower current consumption (6-18mA). It is robust like magnetic encoders, unaffected by magnetic interference or EMC noise, while achieving higher precision and resolution. Moreover, due to its digital nature, users can flexibly change the encoder's resolution. In capacitive encoders, the resolution can be set programmatically, which not only helps optimize the system when designing PID control loops but also allows one model to be used across multiple applications, reducing inventory holding. For BLDC motors, it enables the digital setting of index pulses and alignment, and the diagnostic features included in CUI's GUI software allow users to quickly troubleshoot on-site.
A rich lineup of products unique to a manufacturer specializing in rotary encoders!
MONO Manufacturing Communication is a newsletter published by Yashima Industry. We introduce products from Microtech Laboratory Co., Ltd., which we handle. The "MES-6-125PST16C" is a micro encoder incremental that boasts a track record of 3,000 types of customizations. Sizes range from φ5mm to φ200mm, allowing for selection tailored to your equipment. 【Features of MES-6-125PST16C】 ■ Track record of 3,000 types of customizations ■ Sizes available from φ5mm to φ200mm, with selection tailored to your equipment ■ Developed unique elements, achieving 100 times the resolution of conventional products ■ Specializes in small quantities and a variety of products, available from a single unit ■ Customizable shafts, cables, etc. *For more details, please refer to the PDF document or feel free to contact us.
Ideal for cranes, rolling mills, and mining equipment! A multifunctional rotary encoder that can monitor speed and position collectively.
The "U-ONE" from Johannes Hübner is a modular universal encoder system that incorporates up to 10 functions in a single unit. With EMI-resistant fiber optic communication, it achieves high-precision and safe (SIL2 / PLd) speed and position measurement, overspeed switches, position switches, and various bus communications. The functional modules are installed in control panels, contributing to reduced wiring costs and improved maintainability. It has a proven track record in heavy industrial applications such as steel rolling equipment, cranes, mining, power generation, and marine industries. It supports a variety of communication standards including CAN, PROFIBUS, Ethernet, Modbus, and SSI, allowing for flexible adaptation to future function additions. It is the ideal solution for sites seeking **"environmental resistance × flexibility × reliability."** Key Features (Bullet Points) - Speed and position detection functions - High EMI resistance through fiber optic communication (ideal for heavy industrial applications) - SIL2 / PLd certified - Easy function addition through module replacement - Integration of position switch/overspeed detection functions - Simple wiring with control panel installation Numerous implementations in cranes, rolling mills, mining, marine, and power generation equipment!!
Industrial-grade optical mechanical trackball
If you have any questions regarding the introduction below, please feel free to contact us.
Pursuit of eliminating factors that degrade accuracy: Rotating magnetic absolute encoder & high-precision multipole magnetic scale.
In April 2017, Midori Measurement released the first magnetic encoder developed in-house. The CE36M is a magnetic absolute encoder that pursues precision, achieving a resolution of 13 bits per revolution with an accuracy of 11 bits! It has excellent environmental resistance, with a structure that can withstand vibration, shock, and sealing. It covers a wide operating temperature range and is resistant to electromagnetic waves and external magnetic fields, making it suitable for industrial robots and medical devices. The magnetic scale for magnetic rotary encoders can utilize signals combined with magnetic conversion elements like MR sensors in the encoder. We provide high-precision, multi-pole magnetic scales tailored to user needs. For more details, please download the catalog or contact us. We plan to release the second in-house developed product within the fiscal year 2017 and the third in 2018.
17-bit single turn, 16-bit multi-turn full absolute encoder
The rotary encoder "SA35 Series TS5643N120" is a full absolute encoder with 17 bits per revolution and 16 bits for multi-turn. In the event of a power outage, it backs up multi-turn data using an external battery and an internal capacitor, allowing for worry-free use. The advancements in motion control technology in the industrial sector are remarkable. Among these, the demand for detecting axis angles and positions is increasing, and the applications of encoders are expanding from factory automation to measurement, printing machinery, medical devices, aerospace, and space fields. Tamagawa Seiki refers to encoders collectively as FA-CODER and offers a variety of series ranging from compact to high-resolution types to meet customer needs. Our company possesses internationally certified ultra-high precision angle measurement devices, enabling angle calibration according to international standards. This angle technology serves as the foundation of our "monozukuri" (manufacturing), allowing us to produce with consistent quality from design to unique disk manufacturing and assembly. For more details, please download the catalog.
A rotation of up to 11.25° will achieve a precision of 17 bits.
The rotary encoder "SI35 Series TS5668N20" achieves a precision of 17 bits with a maximum rotation of 11.25° at speeds below 100 min-1 (rpm). It features a self-diagnosis function and is a compact (φ35) and low-cost product. The advancements in motion control technology in the industrial sector are remarkable. Among these, the demand for detecting axis angles and positions is increasing, and the applications of encoders are expanding from the FA field to measurement, printing machinery, as well as medical devices, aerospace, and space fields. Tamagawa Seiki refers to encoders collectively as FA-CODER and offers a variety of series ranging from compact to high-resolution types to meet customer needs. Our company possesses internationally certified ultra-high precision angle measurement devices, enabling angle calibration according to international standards. This angle technology serves as the foundation of our "monozukuri" (manufacturing) process, ensuring consistent quality from design to unique disk manufacturing and assembly. For more details, please download the catalog.
Wide range of resolution, abundant options, and incremental for general measurement.
The incremental rotary encoder "OIS66 series" features a wide range of resolutions and a variety of options, primarily used for general measurement purposes. The advancements in motion control technology in the industrial sector are remarkable. Among these, the demand for detecting axis angles and positions is increasing, and the applications of encoders are expanding from the FA field to measurement, printing machinery, as well as medical devices, aerospace, and space fields. Tamagawa Seiki refers to encoders collectively as FA-CODER, offering a range of series from small to high-resolution types to meet customer needs. For more details, please download the catalog.
It features enhanced bearings, a dust-proof structure, and oil seals, providing a wide range of resolution.
The incremental rotary encoder "OIS68 series" features enhanced bearings, a dust-proof structure, and oil seals. It is an industrial incremental encoder with a lineup up to high resolution and a wealth of options. It is mainly used in robots, X-Y tables, and machine tools. Nowadays, the applications of encoders have expanded from the FA field to measurement, printing machines, as well as medical devices, aerospace, and space fields. At Tamagawa Seiki, we refer to encoders collectively as FA-CODER, offering a variety of series from compact to high-resolution types to meet our customers' needs. For more details, please download the catalog.
It has excellent vibration resistance, high reliability, fast response, and can also support sine wave signal output.
The incremental rotary encoder "MIB0.4" excels in vibration resistance, has high reliability, fast response, and incorporates a 4-fold circuit that outputs pulses four times the number of teeth (gear module = 0.4). It is also capable of outputting sine wave signals. This magnetic type is mainly used in machine tools and spindle motors. Nowadays, the applications of encoders have expanded from the FA field to measurement, printing machines, as well as medical devices, aerospace, and space fields. Tamagawa Seiki offers a range of encoders collectively referred to as FA-CODER, from compact to high-resolution types, to meet customer needs. For more details, please download the catalog.
