Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.
31～45 item / All 297 items
The maximum communication distance is approximately 60 cm.
Compliant with the international standard ISO/IEC15693 Available in RS232C, USB, and TCP/IP connection types External antenna type Can be used in combination with various antennas such as handheld antennas and sheet antennas Antenna connection options of 1ch or 4ch Available in 1ch and 4ch models according to the number of antennas to be connected.
The maximum communication distance is approximately 60cm. It is a 4-channel antenna type.
Compliant with international standard ISO/IEC15693 Available in RS232C, USB, and TCP/IP connection types External antenna type Can be used in combination with various antennas such as handheld antennas and sheet antennas Antenna connection options: 1ch or 4ch Available in 1ch and 4ch models according to the number of antennas to be connected.
![[Video] What is antenna induction in HF band RFID?](https://image.mono.ipros.com/public/product/image/f31/2000948789/IPROS6770264651509291017.png?w=280&h=280)
Basic Knowledge of HF Band RFID: What Are the Effects of Antenna Induction? Explained Clearly in a YouTube Video.
When multiple antennas are installed in close proximity, they can couple through electromagnetic induction, which may result in reading data from RF tags on another antenna. This phenomenon is referred to as antenna induction. We have created a video explaining the effects of antenna induction, and we will be releasing it.
It is possible to connect to an RFID reader/writer and PLC.
【Features】 Library of ladder programs for connecting to the reader/writer and reading/writing tag data (function blocks). By using function blocks, control of the reader/writer can be achieved without performing complex processing on the ladder program. Example: No need for "generation of transmission data sequence" or "analysis of received data format." Available for free download from Mitsubishi Electric's e-F@ctory Alliance, with some sample programs provided. 1. Bulk reading of multiple IC tags. 2. Reading of IC tags for conveyor transport. 3. Reading and writing of RF tags when using multiple R/W devices.
![[Exhibition Participation Information] Information on Exhibited Products at the 25th Automatic Recognition Comprehensive Exhibition](https://image.mono.ipros.com/public/product/image/bd4/2000968653/IPROS12503902615292114641.jpg?w=280&h=280)
~Achieving business DX through RFID and IT solutions~ Thank you for visiting. You can view the brochures of the exhibited products.
Introduction of Main Exhibited Products ■ RFID × IoT Data Service 'RFID Work Performance Collection System' [Reference Exhibit] Being autonomous, it does not require a control PC or software development for both HF and UHF bands. With an internet connection, it can simply send IC tag data to the cloud via MQTT for data collection. The collected data can be visualized using a dashboard function, achieving "visualization of work performance." ■ Ideal for Outgoing Management/Entry and Exit Management 'UHF Band Gate Antenna System' [NEW] Equipped with a unique moving tag detection function and an infrared sensor to prevent false detection (patent pending), it is optimal for detecting passing tags. With omnidirectional reading and long-distance communication, it can be utilized for outgoing management and entry/exit management in various settings such as commercial facilities like stores, libraries, medical environments, and offices. ■ Real-time Monitoring of Drawings, Wafer Transport Containers, Equipment, etc. 'Shelf Antenna System' Real-time monitoring of the location, inventory status, and movement status of managed items. A demonstration was conducted in combination with middleware that is optimal for constant monitoring.
![[Video] HF Band RFID Reader Writer Antenna Size and Communication Distance](https://image.mono.ipros.com/public/product/image/e5e/2000970094/IPROS11819669568799855948.jpg?w=280&h=280)
[Basic Knowledge of RFID] What is an RFID Reader/Writer? The Relationship Between Antenna Size and Communication Distance
I created a video explaining the relationship between antenna size and communication distance! 1: The principle of communication between the antenna and RF tag I will explain the principle of communication between the antenna and RF tag. 00:13～ 2: The relationship between antenna size and communication distance Generally, I will demonstrate that the larger the antenna size, the longer the communication distance. 00:38～ 3: The relationship between RF tag size and communication distance Generally, I will demonstrate that the larger the RF tag size, the longer the communication distance. I will also explain the precautions when using a large antenna in combination with a small RF tag. 01:0
![[Video] Update Principle of HF Band RFID: Characteristic Changes Due to the Orientation of RF Tags](https://image.mono.ipros.com/public/product/image/e28/2000970107/IPROS16353714273790987359.jpg?w=280&h=280)
[Basic Knowledge of RFID] What is an RFID Reader/Writer? Communication principles of HF band RFID and characteristic changes due to the orientation of RF tags.
In the communication between the antenna and the RF tag, the readability of the RF tag varies depending on the positional relationship between the antenna and the RF tag, with some positions being easier to read and others being more difficult. We have created a video explaining the communication principles of HF band RFID and the changes in characteristics based on the orientation of the RF tag, and we will be releasing it.
![[New Product Information] Flying Probe Tester / RFID Reader/Writer](https://image.mono.ipros.com/public/product/image/b38/2001050508/IPROS98571463909292479793.jpeg?w=280&h=280)
Exhibiting at Nepcon 2024 from January 24! We contribute to solving challenges in the manufacturing field through ultra-fast inspection of mounted boards and system improvements utilizing RFID.
We will be exhibiting new products and technologies at the 38th NePCON Japan! 〇Industrial Equipment Division APT-1600FD Dual-Side Flying Probe Tester A flagship model that allows simultaneous inspection of both sides by placing probe heads on the top and bottom of the board. Using OPC-UA (OPC Unified Architecture), our unique software links with your MES (Manufacturing Execution System) to collect and manage operational information in real-time (first-time exhibit). 〇RF Division RFID × IoT Data Service "RFID Work Performance Collection System" Data from IC tags can be sent to the cloud via MQTT just by placing them, enabling data collection. The collected data is visualized through a dashboard function, achieving "visualization of work performance." Since the reader-writer is autonomous, there is no need for a control PC or software development for both HF and UHF bands. Record management of items taken out with just a touch "Item Management System" Utilizing IC tags to reliably record the history of items taken out and returned, preventing omissions and errors in ledger entries, and supporting early detection of forgotten returns or losses. Efficient inventory management is possible through bulk reading with RFID handheld devices. Many more exhibits are planned.
It is an all-in-one system that combines promotion, inventory management, security, and accounting.
Four Functions to Support Store Operations Security Function Notifies when multiple items are quickly removed from the shelf. Inventory Management Notifies when all items are removed from the shelf or when the quantity falls below a certain set number. Sales Promotion Promotes sales by displaying promotional images on the screen when a product is picked up. Marketing Counts and detects products when customers return them to the shelf, quantifying the popularity of the items.
[New Product] External antenna can connect up to 8 channels. Stable reading of RF tags is achieved through control of multiple antennas!
In industries such as manufacturing, retail, logistics, and healthcare, the need for operational efficiency using RFID is increasing due to work style reforms and labor shortages. Particularly in tasks that require significant manpower and time, such as inventory management and inspection, using RFID allows for bulk reading and verification of product information, thereby achieving operational efficiency. However, stable reading of RF tags attached to products, packaging boxes, and reusable materials is necessary for these implementations. Against this backdrop, Takaya has developed the "UTR-SUN02-8CH," which can be applied to gate-type and tunnel-type operations that require high reading accuracy through the control of multiple antennas.
Takaya Corporation will exhibit at the 6th "Connected Factory" Promotion Exhibition.
This exhibition, themed "Connected Factories," will showcase a wide range of products and technologies that meet users' challenges and expectations, from appropriate tools based on scale and equipment to solutions for optimization. Our company will present the latest solutions for solving customer challenges under the theme "Creating the Future of Manufacturing DX with RFID." We look forward to your visit. 【Exhibition Content】 ◎ RFID × IoT Data Service: "Visualizing Worker Performance and Location with RFID" ◎ Continuous Monitoring of Kanban Cards, Actual Product Labels, Wafer Transport Containers, etc.: "No Inventory Needed! Real-Time Continuous Monitoring" ◎ Streamlining Inbound and Outbound Operations through Bulk Inspection: "Just Pass Through! Bulk Inbound and Outbound Inspection" ◎ Record Outgoing Management with Just a Touch: "Easy Outgoing Management with RFID" ◎ Solutions with Embedded Modules: "Simply Manage Both Keys and Work Progress with RFID" ◎ LED, Heat-Resistant, Metal-Compatible, Wearable: "High-Function Tags for Different Scenes" ◎ Transitioning from Barcode to RFID Operation: "Easily Replace Barcode with IC Tags" For more details, please refer to the informational materials in the related catalog below.
TECHNO-FRONTIER 2024 6th "Connected Factory" Promotion Exhibition will be introduced in a video.
Using Takaya's cloud service, it is possible to collect work performance data and manage locations. By installing an autonomous reader on-site, it can automatically read RF tags and send the acquired data to the cloud, eliminating the need for a control PC for the reader.
TECHNO-FRONTIER 2024 6th "Connected Factory" Promotion Exhibition - We will introduce the exhibition through a video.
This is an introduction to work progress management and key management using HF band RFID. It features hardware that is easy to install on-site, such as board-type and pocket-type devices.
We will explain the features of RFID and what can be done with RFID for customers considering its implementation.
What is RFID? RFID stands for Radio Frequency Identification. It is an automatic identification technology that uses wireless communication to identify and track objects or people. It transmits and receives electromagnetic waves or radio waves between RFID tags and RFID readers, allowing for non-contact reading and rewriting of information on the RFID tags. Takaya is a long-established manufacturer that has been producing RFID readers and writers for over 25 years. We not only provide highly reliable products but also have a support system that can respond quickly. Our comprehensive product documentation and rental demo equipment are highly regarded by many customers as attentive services unique to domestic manufacturers. Additionally, RFID technology is actively used in various fields such as facility access management, factory process management, and warehouse shipping and receiving inspections. We offer total proposals for optimal utilization to companies looking to leverage RFID technology for digitalization and business improvement. If you have clearly defined business challenges or feel there are issues with your existing operations, please do not hesitate to contact Takaya.
We will explain the features of RFID and what can be done with RFID for customers considering its implementation.
The HF band is an abbreviation for "High Frequency" and utilizes a frequency of 13.56 MHz. The HF band has a short communication distance and is used in various fields due to its stable communication performance and high security. HF band RFID is a short-range wireless communication technology that uses the 13.56 MHz frequency band. This technology employs electromagnetic induction and is less affected by moisture and metal compared to UHF band radio waves. Therefore, although the communication distance is relatively short, ranging from about 5 to 70 cm, it is widely used in situations where stable communication performance is required. Despite the short communication distance, it allows for high-speed data transfer and is suitable for applications where security and individual authentication are important. Common examples include personal authentication with transportation IC cards and basic resident registration cards, as well as specimen management in healthcare and surgical instrument management. These technologies demonstrate their convenience in everyday life and industrial fields. Furthermore, NFC (Near Field Communication), which is incorporated into smartphones, is also a type of HF band technology. NFC is widely used as an important technology supporting modern digital life, such as cashless payments and data sharing.
