RFID Full-Scenario Management Solution for Logistics Turnover Crates

One Box, One Identity · Visible in Transit · Verifiable at Stores · Traceable on Return · Full-Process Closed-Loop Management

1. Solution Introduction

In fresh produce distribution, supermarket retail, agricultural product circulation, community retail, and chain-store logistics scenarios, blow-molded PP turnover crates are widely used for the warehousing, transport, and store delivery of vegetables, fruits, meat, food, and other goods. These crates are characterized by high-frequency use, fast cross-region circulation, a large number of delivery outlets, and complex recovery processes. Traditional methods relying on manual counting, paper ledgers, or box-by-box barcode scanning easily lead to unclear crate quantities, unknown in-transit status, detention at stores, crate loss, goods wrongly or missing loaded, and low recovery efficiency.

VANCH's RFID full-scenario management solution for logistics turnover crates gives every crate a unique digital identity through RFID crate tags, warehouse fixed readers, RFID antennas, on-vehicle cargo-box readers, handheld terminals, vehicle communication equipment, and a management platform. The system covers the entire process — outbound from the central warehouse, vehicle loading, in-transit transport, store handover, empty-crate recovery, return to warehouse, and reuse — automatically collecting crate identity, quantity, vehicle, store, time, and circulation status. It delivers real-time crate statistics, in-transit tracking, store inventory management, abnormal-loss alerts, goods association, and full-lifecycle traceability.

Central warehouse outbound/inbound operation with RFID portal

2. Common Pain Points in Turnover Crate Management

Crates circulate at high frequency between the central warehouse, delivery vehicles, and stores; traditional management cannot keep track of their quantities and flow in real time.

Six common pain points: unclear count, opaque in-transit status, hard-to-trace loss, goods errors and damage, low handover efficiency, low recovery efficiency

1. Hard to count crates. Crates keep moving between the central warehouse, delivery vehicles, and multiple stores; relying only on manual counting cannot reveal actual quantities at each stage in time.

2. Opaque in-transit status. Once a loaded vehicle leaves the warehouse, there is no automated record of which vehicle carries the crates, which store they are delivered to, or how many are on board.

3. Crate loss is hard to trace. Long-term reuse causes store detention, wrong delivery, missed returns, and lost crates; once an exception occurs, the responsible stage cannot be located quickly.

4. Goods errors and cargo damage. Without a digital link between crates and delivered goods, wrong loading, missing loading, and wrong delivery easily happen, hurting delivery accuracy and raising cargo damage risk.

5. Low-efficiency store handover. Staff must verify crates box by box after the vehicle arrives; with many batches and stores, handover takes long and quantity discrepancies are common.

6. Low recovery-loop efficiency. Empty crates returned from stores to the central warehouse lack a unified record, making it hard to judge in time how many crates are unrecovered and where abnormal detention occurs.

3. RFID Solution Approach

Give each crate a unique digital identity and connect the whole chain — central warehouse, delivery vehicles, stores, and return recovery.

Five-step RFID approach: one box, one code; warehouse batch identification; vehicle auto-capture; auto store handover; closed-loop tracking

1. One box, one code. Mount an RFID tag on each blow-molded PP crate to establish a unique identity.

2. Warehouse batch identification. Automatically and batch-read crates as they enter or leave the central warehouse, completing quantity verification.

3. Vehicle auto-capture. Use on-vehicle cargo-box readers to identify the crates carried by each vehicle.

4. Auto store handover. Automatically verify crate quantities and the delivery task once the order reaches the store.

5. Closed-loop tracking. Keep a complete record of delivery, use, recovery, return-to-warehouse, and exception status.

4. Core Application Scenarios

Covering central warehouse outbound/inbound, loading and delivery, in-transit transport, store handover, empty-crate recovery, and exception traceability.

Six core application scenarios: warehouse management, loading verification, in-transit tracking, store delivery and handover, empty-crate recovery, exception traceability

1. Central warehouse inbound/outbound management

2. Automatic vehicle-loading verification

3. In-transit turnover crate management

4. Store delivery and handover

5. Empty-crate recovery and return to warehouse

6. Exception loss and full-process traceability

5. Closed-Loop Full-Scenario Management of RFID Turnover Crates

With the crate as the data carrier, the system loops through central warehouse → delivery vehicle → store → recovery vehicle → central warehouse.

Six-step closed loop: warehouse preparation, loading verification, in-transit delivery, store handover, empty-crate recovery, return-to-warehouse cycle

1. Warehouse preparation. Crates are bound to goods, orders, and delivery tasks.

2. Loading verification. On-board RFID equipment automatically identifies the number of crates loaded.

3. In-transit delivery. Crates, vehicles, routes, and delivery tasks stay linked.

4. Store handover. Arrival quantities are automatically verified and the store handover record is completed.

5. Empty-crate recovery. Empty crates pending recovery at each store are counted and loaded onto recovery vehicles.

6. Return-to-warehouse cycle. Returned crates are automatically identified and enter the next round of circulation.

6. System Composition

The system consists of an RFID perception layer, a network transmission layer, a turnover-crate management platform layer, and a business application layer.

Four-layer system architecture: perception layer, network transmission layer, platform service layer, business application layer

1. RFID perception layer. RFID crate tags, on-vehicle cargo-box readers, fixed RFID readers, RFID antennas, handheld terminals, and related identification devices at warehouses, vehicles, and stores.

2. Network transmission layer. Supports Ethernet, Wi-Fi, 4G/5G, and in-vehicle communication networks, uploading identification data from central warehouses, delivery vehicles, and stores to the management platform in real time.

3. Turnover-crate management platform layer. Provides device access, tag management, crate records, vehicle binding, store management, delivery tasks, data storage, exception rules, and API interfaces.

4. Business application layer. Supports crate inventory management, vehicle loading management, in-transit statistics, store handover, empty-crate recovery, exception-loss traceability, and data analytics.

7. Refined Management of Crates and Goods

Taking RFID crates as carriers, the system digitally links crates, goods, vehicles, warehouses, stores, and order information.

Six refined management capabilities: crate digital identity, crate-goods binding, crate-vehicle binding, crate-store binding, cycle-count statistics, exception analysis

1. Crate digital identity. Each blow-molded PP crate is fitted with a unique RFID tag, maintaining an independent digital record and reuse history.

2. Crate-goods binding. Links crates to the goods loaded, product batches, and delivery orders, improving goods-level management.

3. Crate-vehicle binding. On-board RFID equipment automatically links crates to the delivery vehicle, revealing the actual number of crates loaded.

4. Crate-store binding. Once delivered, crates are automatically linked to the target store, counting in real time how many crates each store holds and has pending recovery.

5. Cycle-count statistics. Automatically records each crate's outbound, delivery, recovery, and return-to-warehouse cycles, providing data for crate lifespan management.

6. Exception analysis. Based on circulation time, current location, and expected return status, quickly identifies long-detained, lost, and abnormal crates.

8. Solution Value

One box, one identity · real-time quantity visibility · manageable in transit · verifiable at stores · traceable on loss · fully traceable end to end.

Six solution values: higher efficiency, real-time visibility, lower loss, less cargo damage, higher recovery efficiency, refined fresh logistics

1. Higher crate management efficiency. RFID supports non-contact batch reading, reducing box-by-box manual counting and scanning and raising warehouse and store operating efficiency.

2. Real-time crate visibility. Counts crates in warehouses, vehicles, stores, and return loops in real time, improving asset transparency.

3. Reduced crate loss. Every circulation and handover is automatically recorded; when an exception occurs, the last circulation node of a crate can be queried quickly.

4. Less cargo damage and delivery errors. By linking crates, goods, vehicles, and orders, reduces losses caused by wrong loading, missing loading, and wrong delivery.

5. Higher recovery-loop efficiency. Real-time visibility of empty crates pending recovery at each store helps companies arrange recovery vehicles and circulation resources rationally.

6. Refined fresh-logistics operations. Data from the central warehouse, vehicles, stores, and crates is linked, providing a faster and more efficient management foundation for fresh produce and agricultural-product delivery.

9. VANCH Performance Upgrade: Another Breakthrough

VANCH RFID products now support Impinj Gen2X

Supports the Latest Impinj Gen2X. VANCH RFID products now support Impinj Gen2X. Impinj, a leading global RAIN RFID solution provider, has officially released Gen2X. Optimized on the RAIN RFID Gen2 protocol, this technology improves the reading speed, range, and accuracy of RFID readers. Shenzhen VANCH Intelligent Technology Co., Ltd., a leading provider of RFID identification products and solutions, is dedicated to delivering innovative and efficient RFID products. Its industrial RFID identification readers, integrated readers, fixed readers, and handheld PDA terminals now support Gen2X, helping enterprises deepen their digital and intelligent transformation.

10. Contact Us

China Market Department: Mr. Cao +86 180 3305 7195

International Market Department: Eric. Luo +86 136 9167 5768