Intralogistics Solutions for Manufacturing

Core Scenario
Value Proposition
Core Product
Classic Case

Core Scenario
Value Proposition
Core Product
Classic Case

Three Core Intralogistics Scenarios

AIMS builds end-to-end intralogistics capabilities around raw-material storage, inter-process material flow and cross-area dispatching. Intralogistics is responsible for storage and material handling; it does not replace process optimization, quality management or capacity optimization.

Warehouse Logistics
Shop Floor Logistics
Plant Logistics

Warehouse Logistics

Scenario Definition

Manages the entire material flow from inbound receiving through outbound delivery to line-side locations. It is the critical link that moves materials from storage into production.

Objective

Ensure materials are available on time while keeping inventory under control.

Key Capabilities

Warehouse Operations

- Goods receiving and intelligent storage-location assignment

- Lot management and first-in, first-out control

- Intelligent picking and route optimization

- Automated in-warehouse transport and scheduling for stacker cranes, four-way shuttles, AGVs and AMRs

- Order- and production-line-based sorting

- Outbound verification and delivery-accuracy assurance

Delivery Management

- Just-in-time line-side delivery through the LES

- Intelligent safety-stock control, including inventory alerts and replenishment triggers

Inventory Management

- Real-time, accurate visibility of locations, lots and quantities

- Unified management of all inventory data

Challenges Addressed

Excess inventory

Delayed replenishment

Inefficient delivery routes

Excessive manual intervention

Shop Floor Logistics

Scenario Definition

Manages the full flow of materials after they leave the line-side area and move between processes within the workshop. It is primarily an indoor operation, covering everything from inter-process transfer to semi-finished-goods buffering.

Objective

Align production takt and enable efficient turnover of semi-finished goods.

Key Capabilities

Inter-process material transfer and dispatching

Semi-finished-goods buffer management

Dynamic production-line takt matching

Exception-handling transfers, including rework and rush orders

Unified dispatching of multiple types of equipment within the workshop

Challenges Addressed

Takt-time misalignment

WIP buildup

Slow response to exceptions

Frequent manual handling

Plant Logistics

Scenario Definition

Manages material transfer and dispatching across plants and production buildings within an industrial site. Primarily supporting outdoor operations, it also coordinates personnel access and security to enable unified management of people, vehicles and goods.

Objective

Enable efficient dispatching across warehouses and workshops.

Key Capabilities

Material movement and dispatching across warehouses and production buildings

Dynamic route planning, including real-time route optimization, obstacle avoidance and congestion avoidance

Unified dispatching across multiple warehouse zones and workshops

Unified control of different types of logistics equipment

Coordinated personnel-access and site-security management

Challenges Addressed

Fragmented warehouse operations

Low transfer efficiency

Route conflicts

Limited system coordination

Reliable, Repeatable Intralogistics Capabilities

With reliable operations, rapid deployment and flexible performance at its core, AIMS helps manufacturers continuously improve efficiency and cost performance in complex production environments—shortening implementation cycles, reducing go-live risk and making investment outcomes more predictable.

High reliability operation

Ensure stable operation in all aspects
Quick launch

Building-block construction enables "Go live quickly with minimal ramp-up time"
Flexible and efficient

Flexibly respond to business changes

High-reliability equipment capability, high-reliability hardware support; High-stability architecture design, system stability 99.9%.

Dynamic task diversion, automatic recovery in case of anomalies "no interruption"; AI predictive operation and maintenance, reducing unplanned downtime

Modular design enables "building block" style rapid assembly. Digital twin simulation testing ensures compliance upon launch. Software "0" on-site debugging accelerates the launch process.

AI dynamic scheduling, automatically optimizing tasks and logistics allocation; second-level path re-planning, automatically diverting and restoring in case of congestion; graphical configuration tool, supporting flexible adjustment of business operations

Supporting collaborative operation with intelligent equipment and system platforms

Through the collaboration of highly reliable logistics equipment and intelligent systems, support the stable operation and continuous upgrading of logistics scenarios in warehouses, workshops, and parks

Stacker Crane

Stacker cranes travel horizontally along aisle rails and lift vertically to provide precise storage, retrieval and material handling at any storage position in high-bay warehouses. They are widely used in high-density warehousing and production-line material-supply applications.

Optional models：

Single fork Bifurcation Multi-fork High-speed Curved-aisle Transfer-aisle Miniload

AMRs / AGVs

AMRs and AGVs provide omnidirectional travel and lifting capabilities for autonomous loading, unloading and transport of heavy containers. Their flexibility makes them suitable for a wide range of warehouse and industrial material-handling applications.

Optional models：

Traction type Roller type Assembly type Fork-lift type AGV + Vision

Four-way Shuttle (Pallets / Bins)

Four-way shuttles move autonomously in four directions and support cross-aisle operation. Combined with lifts for level changes, they deliver highly flexible storage and retrieval.

Optional models：

Normal temperature standard type Normal temperature, lightweight Normal temperature heavy-duty Standard cold storage Lightweight cold storage Heavy-duty cold storage

Warehouse Management System (WMS)

The AIMS WMS provides unified warehouse-resource management, precise inventory control and optimized operating processes. It digitalizes receiving, putaway, replenishment, picking, shipping and cycle counting, and supports collaboration across multiple warehouses, owners and inventory strategies.

Optional models：

Lightweight Standard Customized

Logistics Execution System (LES)

The AIMS LES unifies logistics-task orchestration, coordinated equipment dispatching and real-time process control. It manages end-to-end production-logistics execution and supports coordinated dispatching of AGVs, stacker cranes, conveyor systems, lifts and other logistics equipment.