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Writer Product List and Ranking from 40 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.

Writer Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.

  1. ART Finex Co.,Ltd. Fukui//Information and Communications
  2. TAKAYA Corporation Okayama//Industrial Electrical Equipment
  3. 伯東 本社 Tokyo//Electronic Components and Semiconductors
  4. 4 キングジム Tokyo//others
  5. 5 東北システムズ・サポート Miyagi//software
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Writer Product ranking

Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.

  1. Smartphone-type RFID reader/writer "C66" compatible with specified low-power radio stations. 伯東 本社
  2. Alaizon is an RFID tag manufacturer. Custom solutions that are difficult for other companies are also possible! アライゾンジャパン
  3. IC, magnetic card compatible multi-reader terminal PDC-310 システムギア
  4. 4 IC Card Desktop Type Reader Writer "ICU-800/800D"
  5. 5 Label writer "Tepra" PRO SR530 キングジム

Writer Product List

271～285 item / All 297 items

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Example of 50 tag access for portable use in the UHF band.

Example of 50 tag access for portable use in the UHF band.

By providing in a modular configuration, it can be integrated into the desired form! It can easily be configured as a portable type.

This is an example of a configuration for portable use with a tablet as the host device. It accesses the IDs (EPC) of 50 card tags arranged on the floor at waist height (1m distance). By providing it in a modular configuration, it can be integrated into the desired form. It can be easily configured as a portable device by connecting to a tablet via USB. It can be used for applications such as inbound/outbound inspection, inventory confirmation, and simple handheld tasks. 【Features】 - Easily configurable as a portable device by connecting to a tablet via USB - Can be integrated into the desired form by providing it in a modular configuration - Core technology: Modular integration technology *For more details, please refer to the PDF document or feel free to contact us.

  • IC tag reader/writer

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[Action Example] UHF Band RFID High-Power Reader/Writer

[Action Example] UHF Band RFID High-Power Reader/Writer

Portable use of stationary equipment is possible! Introduction of operation examples using mobile batteries.

This is an example of operating a high-output (1W) UHF band RFID reader/writer using a commercially available mobile battery as a power source. It can be mounted on carts or trolleys and is suitable for applications that require portability, such as inventory checks and picking. The operating time, using a 20,000mAh high-capacity mobile battery and performing multiple tag EPC acquisitions every 10 seconds, was 15 hours. The PDF introduces examples of utilizing UHF band RFID in asset management, including scenarios for battery-operated readers, so please refer to it. 【Features】 ■ Compatible with commercially available mobile batteries ■ Antennas can be connected according to the application ■ Stationary equipment can be used for portable applications *For more details, please refer to the PDF document or feel free to contact us.

  • IC tag reader/writer

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[RFID Use Case] Labor Management and Process Assignment Information Collection

[RFID Use Case] Labor Management and Process Assignment Information Collection

Tips for utilizing the work hour management and personnel allocation information system! Introduction of RFID utilization examples.

We would like to introduce a case study on the use of RFID in labor management and process staffing information collection. We will listen to your needs regarding "confirmation of the purpose of labor information collection," "recognition area/points," and "collection method requests." The considerations for [tag selection], [R/W model and configuration selection], and [determining operational methods, recognition requirements, and environmental compatibility] will be supported by our "RFID Utilization On-Site Verification Service." For system verification (PoC), we offer the "System Verification Trial Service," and for considerations regarding system integration, we provide the RFID information collection tool "ICTagCollector." We hope this serves as a helpful hint for utilizing RFID in your labor management and staffing information systems. *For more details, please refer to the PDF document or feel free to contact us.*

  • IC tag reader/writer

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Examples of using UHF band RFID for collecting engineering progress information.

Examples of using UHF band RFID for collecting engineering progress information.

Tips for utilizing in the engineering management system! Introduction of case studies on the use of UHF band RFID.

We would like to introduce a case study on the use of UHF band RFID in project management and progress information collection. We will support the selection of tags, R/W models and configurations, and the determination of operational methods, recognition requirements, and environmental considerations through our "RFID Utilization On-Site Verification Service." For system verification (PoC), we offer the "System Verification Trial Service," and for considerations regarding system integration, we provide the RFID information collection tool "ICTagCollector." We hope this serves as a helpful hint for utilizing RFID in your project management system. *For more details, please refer to the PDF document or feel free to contact us.

  • IC tag reader/writer

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[RFID Use Cases] Asset Management, Inventory Management, Loan Management

[RFID Use Cases] Asset Management, Inventory Management, Loan Management

Tips for utilizing UHF band RFID in various scenarios such as [Managed Registration] and [Inventory (Stored Items)/Storage Management]!

We would like to introduce examples of utilizing UHF band RFID in asset management, inventory management, and loan management. We would be grateful if you could consider the use of UHF band RFID as hints in each scenario: [Registration of managed items] => [Registration of management locations] => [Inventory (stored items)/Storage management] => [Search] => [Registration of loan/use] => [Inventory (in use)/Use and location confirmation] => [Return] => [Disposal]. *For more details, please refer to the PDF materials or feel free to contact us.

  • IC tag reader/writer

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Non-contact IC card Mifare (Myfair) ISO card Mifare Ultralight

Non-contact IC card Mifare (Myfair) ISO card Mifare Ultralight

Non-contact IC card Mifare ISO card Mifare Ultralight

Mifare Ultralight is the world's most widely used contactless communication standard, the Mifare card. It can be read and written by NFC (Near Field Communication) compatible readers and writers, including FeliCa communication methods. It has a small memory capacity and is very inexpensive, achieving cost reduction for your company's system. Specifications: Memory capacity: 64 bytes Card dimensions: 86×54×0.8mm (±0.4mm) Card material: PVC resin Card weight: 5.8±0.5g Chip manufacturer: NXP Semiconductors (formerly Philips) Chip model number: MF0 IC U1 Operating frequency: 13.56MHz Company introduction: We manufacture and sell IC card and IC tag related products such as Mifare and FeliCa, and provide NFC readers/writers, software, and services. Orange Tags, a leading company with a proven sales record worldwide, offers good products at low prices tailored to your needs. You can now purchase Orange Tags products with immediate shipping from just one piece!

  • Storage
  • Personal authentication
  • Entrance and exit control system

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Non-contact IC card Mifare (My Fair) ISO card Mifare Standard 4K

Non-contact IC card Mifare (My Fair) ISO card Mifare Standard 4K

Non-contact IC card Mifare (Myfair) ISO card Mifare Standard 4K

What is Mifare? Mifare cards are the most widely used near-field communication standard in the world. Mifare cards utilize the same 13.56MHz frequency as FeliCa, but are more popular globally due to their low cost and high security. Specifications: Mifare Card Mifare Standard 4K (compliant with ISO14443 type A) Memory capacity: 4,096 bytes Card dimensions: 86×54×0.8mm (±0.4mm) Card material: PVC resin Card weight: 5.8±0.5g Chip manufacturer: NXP Semiconductors (formerly Philips) Chip model number: MF1 IC S70 Operating frequency: 13.56MHz RoHS, printing, encoding, serial number

  • Storage
  • Personal authentication
  • Entrance and exit control system

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Non-contact IC card Mifare ISO card Mifare Mini

Non-contact IC card Mifare ISO card Mifare Mini

Non-contact IC card Mifare ISO card Mifare Mini

What is Mifare? Mifare cards are the most widely used near-field communication standard in the world. Mifare cards utilize the same 13.56MHz frequency as FeliCa, but are more widely adopted globally due to their low cost and high security. Specifications: Mifare Card Mifare Mini (ISO14443 type A compliant) Memory capacity: 320 bytes Card dimensions: 86×54×0.8mm (±0.4mm) Card material: PVC resin Card weight: 5.8±0.5g Chip manufacturer: NXP Semiconductors (formerly Philips) Chip model number: MF1 IC S20 Operating frequency: 13.56MHz RoHS, printing, encoding, serial number

  • Storage
  • Personal authentication
  • Entrance and exit control system

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Coaxial Attenuator

Coaxial Attenuator

A series of coaxial attenuators compatible with a wide range of microwave to millimeter wave standards.

We offer a wide range of products that support frequencies from coaxial microwave to millimeter wave (up to 67GHz). Currently, we are developing products that support 110GHz (scheduled for release in Q1/2022), and we will further meet our customers' requests. Additionally, we are flexible in accommodating custom requests, so please feel free to contact us.

  • Coaxial Connectors
  • High frequency/microwave parts
  • Evaluation Board

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Example of inbound and outbound recognition using UHF band GS1-128 encoded RFID.

Example of inbound and outbound recognition using UHF band GS1-128 encoded RFID.

Inventory management and receiving checks! It is possible to confirm first-in, first-out (FIFO) by checking manufacturing lots and verifying expiration dates.

We would like to introduce an example configuration for utilizing UHF band RFID tags encoded with GS1-128 codes for inbound and outbound operations. By utilizing the quantity information in the GS1-128 code and the individual number (ID) of the packaging box, we perform consistency checks with the instruction information. It is possible to confirm the first-out check and the expiration date by verifying the manufacturing lot. 【Features】 ■ Core technology: Encoding and decoding of GS1-128 codes to RFID ■ Enables first-out checks and expiration date verification through manufacturing lot confirmation *For more details, please refer to the PDF document or feel free to contact us.

  • IC tag reader/writer

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Example configuration of UHF band RFID devices for IoT

Example configuration of UHF band RFID devices for IoT

No need for a host device to control the RFID equipment! It autonomously recognizes RFID tags and notifies the web server with information.

This is an example configuration where UHF band RFID devices are connected to a mobile router to notify tag information to a web server. There is no need for a host device to control the RFID equipment; it autonomously recognizes RFID tags and notifies the web server with the information. An application is also prepared to file the notified RFID tag information for system integration. 【Features】 <Core Technology> ■Control Software ■Client Mode Connection ■Data Notification via TCP *For more details, please refer to the PDF document or feel free to contact us.

  • IC tag reader/writer

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UHF band RFID location/passing recognition

UHF band RFID location/passing recognition

A single reader can connect up to 16 antennas! We will introduce experiments on location recognition and passage recognition using RFID.

This is an experiment for location recognition/passing recognition using RFID. Recognition spots are set up for each antenna to recognize movement/layout situations. This is a simple verification image. There is no need for users to develop control software for RFID devices, and we also provide information on methods to incorporate tag information into the system. 【Features】 - Antennas are installed on stands or ceilings to recognize tags attached to items on carts or worn on helmets. - Up to 16 antennas can be connected to a single reader. - Core technology: multiple antenna control technology, system I/F development (software). *For more details, please refer to the PDF document or feel free to contact us.

  • IC tag

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Example of connecting Raspberry Pi and UHF band RFID reader (1)

Example of connecting Raspberry Pi and UHF band RFID reader (1)

In the manufacturing industry and various embedded systems! It is possible to easily achieve integration with various devices and IoT implementation.

This is an example of connecting a Raspberry Pi (OS: Windows 10 IoT Core) to a UHF band RFID reader. By using the Raspberry Pi as the control HOST for the UHF band RFID reader, it becomes easy to achieve integration with various devices and IoT implementation. It can be utilized in manufacturing and various embedded applications. 【Features】 ■ By using the Raspberry Pi as the control HOST for the UHF band RFID reader, it becomes easy to achieve integration with various devices and IoT implementation. ■ Core technology: Provision of basic information for Raspberry Pi integration. *For more details, please refer to the PDF document or feel free to contact us.

  • IC tag

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Example of connecting Raspberry Pi and UHF band RFID reader (2)

Example of connecting Raspberry Pi and UHF band RFID reader (2)

Using Raspberry Pi as a control HOST for UHF band RFID readers! Easily realize integration with various devices and IoT implementation.

This is an example of connecting a Raspberry Pi (OS: Raspbian) to a UHF band RFID reader. By using the Raspberry Pi as the control HOST for the UHF band RFID reader, it becomes possible to easily achieve integration with various devices and IoT implementation. The foundational technology provides basic information for Raspberry Pi integration. 【Features】 ■ By using the Raspberry Pi as the control HOST for the UHF band RFID reader, it becomes possible to easily achieve integration with various devices and IoT implementation. ■ Foundational technology: Providing basic information for Raspberry Pi integration. *For more details, please refer to the PDF materials or feel free to contact us.

  • IC tag

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Examples of using Sigfox-compatible HF band RFID readers

Examples of using Sigfox-compatible HF band RFID readers

It is possible to easily import Sigfox device IDs and tag information to the cloud!

Here are examples of the utilization of the Sigfox-I/F equipped HF band RFID reader. The RFID Tokyo Division has started providing solutions utilizing HF band EPC C1 tags (equivalent memory configuration and standards to UHF band EPC C1G2 tags). By using the Sigfox platform, it is easy to upload "when, where (Sigfox device ID), and what (tag information)" to the cloud. 【Features】 ■ Autonomous operation to recognize and notify tag status ■ Utilizes HF band EPC C1 tags, compatible with stacked conditions ■ Custom solutions according to application needs *For more details, please refer to the PDF document or feel free to contact us.

  • IC tag

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