Knowledge Center / FAQs

Consider the surface material, mounting method, read distance, exposure to metal or liquids, temperature and humidity, cleaning needs, anti-theft, and printing requirements together.

Yes. Common sizes, chips, frequency bands, printed content, encoding rules, adhesive types, and packaging can all be customized to project requirements.

Usually not recommended. Metal affects RF performance, so choose an ABS or flexible anti-metal label and test the read performance on site.

They suit workwear, linens, medical laundry, and laundry service garments that are repeatedly washed and need circulation tracking.

Ordinary sweepers usually require a single bar code, while the RFID handheld reader can read RFID Tag in a certain range of quantities, without the need to match the whole of the case to a single item, and to allow for a mass of work, such as inventory, cargo search, access to and review of the warehouse.

Yes. Many RFID handheld readers support RFID Tag both reading and one-dimensional and two-dimensional scans, which are suitable for the enterprise to upgrade from traditional bar code management to RFID management.

The conditions of metal, liquid, and dense placements affect reading and are recommended for field testing.

It is recommended to be used in conjunction with the management system. The handheld is responsible for the collection of data on-site, and the system is responsible for the generation of tasks, matching data, recording operations, statistical reports and business flows, so that a complete management closed loop can be created.

The normal bar-code printer is mainly a visualized bar code and text, and the RFID printer, in addition to printing labels, can write the data to RFID Tag chip, achieve a sweep recognition and RFID wireless recognition and use.

You can print text, bar code, 2D code, LOGO, commodity information, asset number, batch number, specification type, etc., or you can write RFID code information simultaneously.

RFID Tag is more affected by the structure of chips, antennas, materials and labels.

It is possible to be associated with damage to the label chip, mismatches in antenna positions, inappropriate labelling material, inappropriate printer parameter setting or batch differences.

Yes. The RFID printer can be used in conjunction with the asset management, warehousing management, retail management, production traceability systems, which generate label data, then the coding and printing of the printer.

Ordinary self-service self-checkout usually require a customer-by-customer sweep, and RFID self-service self-checkout can read and read bulk-read commodities with RFID Tag, generate a single settlement list and make it more suitable for quick settlement of multiple items.

The self-checkout is responsible for the identification and settlement of goods, and the retail system for commodity information, prices, membership, inventory, sales records and report management, so that it can be used in a way that will lead to a complete business closure.

However, the RFID batch recognition function requires the early binding of the commodity RFID Tag.

The effects of identification are related to equipment shielding structures, antenna design, labeling and power setting.

The members identification, 2D scan, brush cards, face recognition, small ticket printing, etc. can be used for members ' settlement, identification and consumer record management, depending on the needs of the project.

An RFID security gate automatically identifies RFID tags passing through the passage, determines whether items are authorized to enter or leave, and records the movement data. It is commonly used for retail loss prevention, warehouse inbound and outbound, asset control, library and archive management, and tool management.

A conventional anti-theft gate is mainly used for simple alarms. An RFID security gate can not only raise an alarm but also identify exactly which item, asset, or object passed through, and upload the data to the management system.

Yes. RFID security gates read multiple tags at once, which suits bulk pass-through scenarios such as apparel, books, bags, and assets. Actual read performance depends on tag performance, orientation, passing speed, and the site environment.

Yes. The movement of persons or objects can be judged and recorded by means of infrared triggers, double triggers, space sensors, etc.

Cross-read prevention reduces the cases where a security gate reads tags outside the passage. For example, goods displayed near the store entrance never actually pass through the gate but are misread by the device, which can cause a false alarm. Overhead security gates support AI cross-read prevention, tag filtering, and read-range control to improve this.

The main use is for RFID Tag cards, writing codes, binding, reading, testing and write-off.

The desktop RFID Reader is suitable for reading and writing at a fixed working distance, with emphasis on precision and error-proofing; the handheld is suitable for mobile counts, site search and long-range mass reading.

The near-site antenna prevents the area above the device from being misread or miswritten.

It is recommended to be used in conjunction with the system. RFID Reader reads and writes labels, and the system generates code rules, binds business data, records operational logs and syncs back-office data.

The scenes are suitable for retail stores, storage logistics, Fixed Assets, book archives, manufacturing, equipment inspection, vehicle management, financial instruments, washing of clothes, etc.

Mainly installed at fixed positions such as warehouse entrances, portal doors, production stations, shelf areas, security gate areas, and loading bays to automate tag identification and data collection.

The fixed RFID Reader is suitable for automatic identification of fixed points, and the handheld is suitable for manual mobile inventory and site search.

Most fixed RFID Reader requires external access to the RFID antenna.

Read distance is related to output power, antenna gain, label type, installation, and field environment.

It is suitable for maintenance and inspection tools, instruments, consumables, spare parts, and other items that require controlled issue, return, and traceability.

The type of branch: RFID identification cabinets require each tool to bind RFID Tag to automatically recognize the tool information and access status; AI Visual Recognition cabinets need not paste RFID Tag.

Do not need to. An employee can open a locker and automatically record the information.

The system can issue overdue reminders and create exception records in the management platform for follow-up.

Data interfaces can be made according to project needs, and with existing enterprise ERPs, WMSs, asset management systems, etc.

It is suitable for high-value, surgical, interventional, laboratory, implantable, and departmental backup consumables that require issue records and traceability.

The system can link the input-based records to patient information, medical advice, surgical records or business documents, based on hospital processes, for subsequent traceable and settlement purposes.

Yes. The system supports information management on lot numbers, validity periods, specifications, suppliers, etc., and can alert for propigs, expirys, stock shortages, etc.

RFID Medical Consumables Cabinet can interface data with the hospital WMS, ERP, materials management system etc., depending on the project needs.

No, upon completion of identification and operational verification, health-care personnel can self-help in the use of consumables, and the system automatically records the recipient, the input information, the time and the results of operations.

The RFID smart platform management system suits manufacturing, warehousing and logistics, trade and distribution, and chain retail. It supports item management, tag management, inventory management, inbound and outbound management, stocktaking, device onboarding, and security gate management, unifying RFID data with business processes.

The system is integrated and managed around commodity, electronic tagging, warehouse, warehouse location, business documentation and equipment data, including commodity information, labelling information, procurement entry, release of the warehouse, stock status, equipment operational status and operational logs.

The system can link RFID Tag to the corresponding commodity by coding, printing, issuing and binding.

RFID supports the mass reading of asset information without a single scan, allowing for the quick completion of Asset Inventory to improve accuracy and efficiency.

Includes asset number, name, type, procurement time, use department, responsible person, location, maintenance records, etc.

This can be achieved through the process of management from asset registration, warehousing, requisitioning, transfer, repair, maintenance to end-of-life.

The different types of assets, such as office equipment, IT equipment, production equipment, tools, medical equipment, etc., are supported, and different labels are selected according to the material.

The RFID system allows for data interface with WMS/ERP and enhances the efficiency of warehousing management through automatic recognition capabilities.

RFID reads multiple tags in batches without scanning each item individually, enabling faster inventory counts.

The main elements include RFID Tag, RFID Label Printer, fixed RFID Reader, antenna, handheld terminals and management software.

Inaccuracy of inventories, continued reliance on case-by-case searches, high commodity losses and difficulties in managing multiple stores could be addressed.

The main components are RFID Tag, handheld terminals, fixed RFID Reader, RFID Label Printer, cash collection equipment, Security Gate and management software.

RFID can read a lot of goods without having to scan them, and significantly improve the efficiency and accuracy of the inventory.

The general cabinets primarily address the storage of items; the RFID smart cabinets automatically identify the contents of the cabinets and record changes in personnel, time, access, return and inventory, and achieve a digitized management of the entire process.

The choice of different types of labels can be based on metal tools, foreign-forming tools and materials packaging.

Once the items are removed and the door is closed, the RFID Reader and antennas in the cabinet will automatically read the labels, compare them with the inventory before the opening of the door, and judge the access, return and quantity changes.

Depending on the quantity, size and use of the item, the configuration of the single door, double door, multiple doors, laminates, drawers, storage cells, pallets and the main side cabinet combination.

The system is primarily used for area-level or rice-level perceptions of personnel and goods, and physical accuracy is affected by base station spacing, site blockage and deployment environmental impacts, and site planning can be undertaken as required by the project.

Not required. The system automatically identifies and updates the area of the base station after the person has entered the area covered by the base station with a bound locator.

Yes. The system can be used to create and label files and to manage personnel, vehicles, equipment and critical items in a single platform.

Yes. The system can set up hazardous areas, restrict areas and allow access time, and automatically alerts in case of unauthorized entry, cross-border or prolonged detention.

Support. The system provides access to historical regional changes, moving tracks and related alarm records by person, object and time range.

The source tag usually requires a battery or charge power, which is determined by the type of label and frequency of reporting.

The system generates unique RFID codes for each commodity and binds them to the goods, batches, orders and business records, creating a separate digital archive.

RFID Tag can be combined with unique code, back-office database and verification records to assist in identifying abnormal goods.

The system can bind the goods to the authorized area, distributor, order or destination, and generate unusual records when the actual verification of the area is inconsistent with the authorized information.

QR codes are suitable for consumer inquiries and individual item scans. RFID supports contactless batch reading and is better suited to data capture in production, warehousing, and distribution. The two technologies can also be used together.

RFID is a technology for automatic identification and data acquisition using wireless radio frequency. This paper describes the basic working principles of RFID, electronic labelling, the relationship between reading and writing equipment, antennas and software systems, and common application scenarios.

The RFID, bar code and 2D code are available for the identification of articles, but there are clear differences in reading methods, batch recognition, reading distance, label costs and application environments. This paper shows how the three technologies should be selected in the context of the actual scene.

The RFID can be divided into different technical systems according to the frequency of the work. The paper describes the differences in the LF, HF and HHF RFID reading methods, distance, label characteristics and applicable scenes, and indicates which factors should be taken into account in project selection.

UHF RFID tags commonly contain several memory banks. This article explains the roles and differences of EPC, TID, and User Memory and how they are used in product identification, asset management, and traceability projects.

RFID Tag does not have a uniform fixed value for reading distance, and is affected by labels, chips, RFID Reader power, antennas, installed materials, label direction, and field environment.

The RFID omission may be caused by a number of factors, including labels, RFID Reader, antennas, installation, field environment and software processing logic.

RFID serial readings usually occur in situations where the reading range is not designed reasonably, power setting is inappropriate, environmental reflection or operational rules are inadequate.

The RFID project needs to be validated through field testing, equipment, reading effects and business processes before it is formally implemented. This paper presents the RFID project ' s test priorities, including tag testing, equipment testing, environmental testing and system alignment.

The RFID Reader power affects the action of label activation and reading, but the reading distance is not determined by power alone. This paper describes the meaning of dBm, the power and the distance from reading, and how the equipment parameters are reasonably adjusted in the project.

The RFID antenna determines the direction of the RFID frequency coverage and the effects of its recognition. This paper describes the RFID antenna type, the difference between RFID and RFID, and how the antenna is selected when the project is deployed.

RFID Handheld Reader is an important equipment in mobile inventory, warehousing and asset management.

The RFID Tag printer not only uses to print label information, but also completes some tag coding and data binding. This paper presents the RFID printer workflow and project selection focus.

Fixed-type RFID Reader deployment requires a combination of reading areas, labels, antenna layouts and business process design. This paper presents key considerations when stationary RFID equipment is deployed.

The RFIDFixed Assets administration is the process of managing the entire process of asset-building, tagging, inventory, transfer, maintenance and end-of-life through electronic labelling, reading and writing equipment and management systems.

The RFID fixes Asset Inventory to help businesses to detect discrepancies between actual assets and system records by label recognition, automatic matching and data analysis.

This is an introduction to the RFID repository process.

This document describes the RFID's process and management value of the repository.

This paper describes the RFID inventory process and the attention given to its application.

The RFID tool management enables the tool to be stored, received, returned, counted and tracked through electronic tagging, smart cabinets, handheld terminals and management software.

The location of RFID personnel and objects is supported by location display, track search, access logs and abnormal alarms through location tags, base station and management platform sensor areas.

RFID traceability supports the movement of goods to tracking and after-sale verification through production, quality control, warehousing, logistics and sales processes linked to back-office business records.

RFID retail management uses item tags, handheld stocktaking devices, self-checkout, and security gate integration to support stocktaking, item settlement, and loss prevention.

2.4 G RFID locates and UHF RFIDs differ in labels for power supply, telecommunication, application objectives and deployment. This paper describes the location perception and item identification scenarios that are appropriate for each of the two types of technology.

This document describes the basic processes of the RFID self-service self-checkout.

An RFID retail security gate can read item tags and compare them with sales status to alert on items that are not settled. This article explains RFID security gate whitelists and the loss prevention process.

This paper describes the basic processes used by the RFID store to take stock and find goods.

The RFID goods are traced back to the production, quality control, warehousing, logistics, sale and after-sale data associated with the unique labeled identity, which forms the life cycle record of the goods.

The RFID personnel location system can achieve area perception, electronic fencing, historical track search and emergency personnel count through positioning tags, base stations and management platforms.

It is proposed to assess five aspects of Asset Inventory base, marking specifications, system alignment, management processes and budget returns.

Select the appropriate labels and read and write devices according to the application scene, distance learning, environmental conditions and integration.

It is recommended that the process be phased in: scene validation, process optimization, expansion, solidification of operations to ensure that the project is replicable.

The metal surface, liquid environment, high temperature low temperature etc. are subject to a special label and to the correct installation.

Automatic data acquisition and business process synergy through standard interfaces or intermediate docking, and reduced manual operations.

The usual four to twelve weeks depend on the size of the project, the complexity of the scene and the scope of the system interface.