COMMON ACROSS ALL MODELS
RecoHand Series RFID Technology
FormChanging
FocusedScanning
Fit for anyScenarios
STORY
TEIJIN FRONTIER is a Japan-based advanced materials company with over 100 years of history.
Over a decade ago, we faced a unique challenge: providing Wi-Fi in a secure conference room while allowing access only to laptops placed on the conference table. This concept was the opposite of conventional wireless technology. Instead of spreading signals widely, we focused on super near-field communication. The solution was not a special antenna, but TEIJIN’s proprietary 2D Communication Technology–based antenna technology, which contains wireless signals and delivers them only to the intended area. As a result, Wi-Fi functioned only when a device was placed on the table. This highly unique technology was developed jointly with CELLCROSS Co., Ltd. a venture company originating from the University of Tokyo. Subsequently, this same concept was applied to RFID technology, and the company has evolved into a unique group that has successfully solved isolation reading—previously considered difficult in the UHF band—through its proprietary technology.
OUR MISSION FOR RFID
To redefine One-to-One scanning through Super Near-Field RFID —
reading only the tag you intend to read, and nothing else.
RecoHand Series
MOBILE READER
Touch Scanning
Near to mid-range Scanning
MAT- Type
SQUARE- Type
BEAM- Type
PEN- Type
GLOVE- Type
BEAM- TypeEXPERIMENT DATA
RecoHand GLOVE-Type signals are guided precisely to the fingertip via a uniquely structured transmission medium, with strong Super Near-Field confinement and minimal stray emissions.
RECOHAND GLOVE-TYPE
TYPICAL ANTENNA (PATCH TYPE)
RecoHand Series Technology
PATENTED
GLOVE- TYPE
GLOVE- TYPE
A dedicated attachment (GLOVE) designed specifically for RecoHand Reader Writer (RW)
model, providing directional control to UHF-band RFID RW signals. When the GLOVE is
equipped with the RW, the RW’s radio waves are guided to the fingertip, enabling tag
reading at that position.
RecoHand GLOVE-Type is designed to read only tags within about two centimeters of the
fingertip, ignoring stray tags around it.
This means you can simply touch—or nearly touch—a tagged object with a gloved hand to
read its unique ID.
PATENTEDPENDING
MAT- TYPE
This MAT-Type is specially designed for RecoHand Reader Writer (RW) model. It defines the RW reading area directly on the MAT surface, making the detection zone visually intuitive and ideal for touch-based scanning applications.
Its lightweight and slim design ensures excellent portability.
PEN- TYPE
A dedicated attachment designed specifically for RecoHand Reader/Writer (RW) model, providing directional control to UHF-band RFID RW signals.
When the RW is connected to the PEN-Type, a strong electromagnetic field is generated at the tip. This enables selective and highly accurate reading of ultra-small tags, such as coil-on-chip tags, which are difficult to detect with conventional antennas.
By adjusting the RW’s output, even standard label tags can be read efficiently while minimizing misreads.
PATENTEDPENDING
BEAM- TYPE
A dedicated attachment designed specifically for RecoHand Reader/Writer (RW) model, providing directional control to UHF-band RFID RW signals.
By mounting it onto the RW, radio waves are focused in one direction while suppressing emission on the opposite side.
Its lightweight design allows easy installation on various devices and locations.
BEAM features custom-designed electrodes that concentrate radio waves in a specific direction while effectively reducing rearward emission.
Its key advantage lies in achieving strong forward focus with rear attenuation—all in one compact solution.
SQUARE- TYPE
A dedicated attachment designed specifically for RecoHand Reader Writer (RW) model, providing directional control to UHF-band RFID RW signals.
By mounting the RW onto the SQUARE, it radiates quasi-circularly polarized radio waves, making it suitable for reading tags in various orientations. Its compact and lightweight design allows easy installation on a tabletop or wall.
Case Study
USER VOICE
Healthcare distribution center in Japan
Konishi Medical Instruments, a provider of medical and laboratory equipment in Japan, operates a shared off-site warehouse using TEIJIN’s Smart Logistics Platform, developed under Japan’s Strategic Innovation Promotion Program (SIP).
They took on the challenge addressing the following three common issues faced across the medical logistics industry:
- High employee turnover resulting in diminished product familiarity
- A growing variety of inventory complicating logistics
- Labor-intensive manual barcode scanning during inventory, inspection, and shipping
By introducing RecoHand™, Konishi Medical was able to streamline operations and significantly reduce task time. The glove-like device allowed warehouse staff to read RFID tags as they physically picked the items, replacing the traditional two-step process with a single, efficient motion.
The resulting savings
- Stocking time
- ↓ 41%
- Sorting time
- ↓ 46%
- Picking time
- ↓ 63%
- Shipping time
- ↓ 57%
(Source: Final Report of the SIP Phase 2 – Smart Logistics Service)
Where It Can Be Used
CASE 1
JUST PLACE IT ON TOP OF A BARCODE SCANNER
Do you face any of the following challenges?
You want to utilize RFID at POS, but some items still require barcode-based operations.
POS RFID readers are often large and take up valuable space, making installation
difficult. Layout changes and staff training tend to incur additional costs.
RecoHand BEAM-Type is a true retrofit solution that addresses these issues. It requires
minimal space and allows operation with almost the same motion as barcode scanning,
minimizing the need for operational changes.
CASE 2
JUST FIT IT INTO A PACKING BOX
Do you face any of the following challenges?
You are considering a post-packing bulk RFID reading solution but are unsure which
reader to choose. Most RFID readers are large and heavy, making installation difficult
and relocation inconvenient when layouts change.
Depending on the RFID tags used, there are issues with over-reading or missed reads,
and mitigating this requires complex tuning.
RecoHand BEAM-Type approaches the problem not after packing, but during the packing
process itself. By enabling inspection at the same time items are placed into the box,
it allows you to achieve your goals with minimal equipment investment while maximizing
operational efficiency.
CASE 3
SIMPLE INTEGRATION WITH CONVEYOR BELTS
No large-scale installation work is required, and the location and detection accuracy can be adjusted depending on the operational environment.
CASE 4
FULLY HANDS-FREE WEARABLE BEAM
A new RFID wearable concept that attaches to the brim of a cap. It enables pinpoint detection of items picked up or brought into the user’s field of view. By integrating with voice systems and other interfaces, instructions are received through audio, while data capture is performed via the cap itself—delivering a truly hands-free solution.
Applications
RETAIL
Customers often feel stressed waiting in line at checkout, and there are instances where store staff make mistakes when picking items for curbside and in-store pickup as well as ship-from-store orders. RecoHand™ helps enable a seamless mobile POS experience where customers can pay without waiting in line, simply by handing items to staff in-store. Staff can now instantly and accurately capture item information without the need for visual label checks or scanning barcodes. In one motion, as the staff grabs items, they are receiving feedback.
LOGISTICS
RecoHand makes it easier to receive items and provide a quality check during sorting, picking, or whenever RFID-tagged items or cartons are handled. Delivery drivers often find it very difficult to find what they need to deliver in their packed vehicles. The “last mile” is often the longest mile spent searching for the package they need. Now they can simply touch the RFID tags on the packages and shelves while they load-up, so that when they get to the delivery address they know where the right package is, doing it all without worry that an incorrect tag could’ve been mis-scanned.
HEALTHCARE
RecoHand is effective for managing expired pharmaceuticals and improving the efficiency of picking medical supplies. For example, are you currently checking the expiration dates of pharmaceuticals by manually picking up each item in a tray and scanning barcodes? Even if you can read all items at once with RFID, finding a single expired item can be a tedious task. Additionally, if you are visually confirming product information or scanning barcodes during picking, there is significant room for human error. Since RecoHand™ does not require a line of sight, it allows for extremely fast and accurate feedback while performing picking tasks.
MANUFACTURING
When detecting RFID tags on parts, boxes, and tools, RecoHand provides the necessary information for each assembly task while performing routine operations, contributing to worker efficiency. Additionally, it naturally captures detailed process information—such as who touched or held what and when— without adding extra work for the operators, enabling the identification of process bottlenecks and high-precision delivery management.
Implementation process
Unlock Efficiency with RecoHand
We begin by reviewing your current RFID operation, workflow, reading environment, and the challenges faced by your team. Together, we identify where One-to-One scanning can create the greatest operational value.
Trial Phase
A practical trial is planned around your actual products, tags, and working environment. The appropriate RecoHand type is selected and reading range, accuracy, and usability are evaluated.
Software & Network
We confirm how RecoHand will connect to your existing software and network. Required interfaces, device settings, and data flows are organized before deployment.
Hardware Delivery
Devices and accessories are prepared based on the verified configuration. Installation locations and operating conditions are checked before the equipment is delivered.
Training & Go-Live
Your team receives practical guidance for daily use and basic troubleshooting. We support the launch so the new process can be adopted smoothly on site.
Post-Implementation Support
After launch, performance and operating conditions are reviewed as needed. We continue to support adjustments, expansion, and optimization of your RecoHand environment.
Software overview
Ideal for RFID reader performance evaluation, on-site testing, and pre-deployment preparation.
Enables users to easily try full-scale functionality, making it suitable even for first-time users.
EVALUATION APP
FAQ
Software
What kind of system and application are used?
SDKs and demo applications are provided as standard. The device can connect via Bluetooth to Android, iOS, or Windows devices, and can be used with our dedicated application or your own custom application. SDKs are available for Android, iOS, Windows, and .NET MAUI. All SDKs and related materials can be downloaded from our website.
Can RecoHand be integrated into an existing system or application?
Yes. SDKs are available for Android, iOS, Windows, and .NET MAUI, allowing RecoHand to be integrated into your own application or existing system. Please contact us if you would like to discuss specific integration requirements.
Application
What is the difference between Barcode One-to-One Scanning and RecoHand Series One-to-One Scanning?
RecoHand provides the same peace of mind as barcode-style one-to-one scanning while collecting all unique information contained in an RFID tag—not only generic, non-unique UPC information. This enables accurate tracking, better inventory control, and a more efficient supply chain.
What is the difference between RecoHand and a conventional handheld RFID reader operated at low RF power?
Simply reducing the RF output power of a conventional handheld reader does not necessarily create a well-controlled read zone. Read performance can still be affected by antenna characteristics, tag orientation, surrounding materials, and nearby tags.
RecoHand is specifically designed for selective, short-range RFID reading. Its reader and antenna/material structure work together to control the RF field and reduce unintended reads outside the target area.
How does RecoHand reduce unintended reads of nearby RFID tags?
RecoHand controls the RF read zone through a combination of its dedicated reader and antenna/material design. This helps limit RFID detection to the intended area and reduces unintended reads of nearby tags. Actual performance may vary depending on the tag and operating environment, so please contact us to discuss your application.
What are the differences between the RecoHand types?
It depends on the target item, required read zone, operating environment, and workflow. The RecoHand Series includes different types designed for different reading scenarios. Please contact us to discuss your requirements so that we can recommend the most suitable type.
Hardware
Is the RecoHand Series compatible with third-party RFID readers?
It depends on your specific requirements and operating conditions, so please contact us to discuss your application.
Is it possible to customize the size and shape of the RecoHand MAT-Type?
Customization may be possible depending on your requirements. Please contact us to discuss your specific size, shape, and operating needs.
What communication methods does RecoHand support?
RecoHand supports both wired communication via USB and wireless communication via Bluetooth Low Energy (BLE).
Specification
Are there any limitations on the type of RFID used?
The product supports UHF RFID compliant with ISO 18000-6C (EPC Gen2). Most industry-standard UHF RFID tags can be used. If you plan to use specific tags, we recommend verifying readability in advance.
Partner / Independent Contractor
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- Online Demo Available
- Start with just a Smartphone and RFID Tags
