[Solution name]

Microsoft Dynamics AX Affordable Automated Warehousing

[The current situation of automatic warehousing in domestic manufacturing industry]

◆ E-commerce and IoT lead logistics changes, automatic storage and intelligent logistics are imminent

ERP manufacturers, storage equipment manufacturers, IOT manufacturers, no effective integration

◆ The traditional program is too lofty and not affordable for general enterprises.

【The challenges faced by domestic manufacturing industry in warehouse automation management】

◆ There is an urgent requirement for warehouse automation.

◆ High land cost and limited warehouse area.

◆ The culture level of warehouse managers is generally not high.

◆ Limited investment funds are available.

[The common pain points of customers in this industry]

For the automation of warehouse management, usually consider a higher degree of automation of the whole system, but for the automation of the warehouse there are some more difficult to overcome the problem:

1. the warehouse structure is complex, supporting equipment, requiring a lot of infrastructure and equipment investment, and the cost of maintenance is also higher.

2. shelf installation requires high precision, construction is more difficult, long construction cycle.

3. computer control system is the warehouse "nerve center". Once there is a failure, will make the entire warehouse in a state of paralysis, receiving and sending operations to interrupt.

4. because the high shelves is the use of standard cargo space (grid) for unit storage, so there are certain limitations on the type of goods stored.

[Solution]

Low realization cost, civilianized automatic storage solution

No keyboard, no mouse, logistics is information flow Paperless instructions, visualization of operational tasks

Real-time inventory, seamless integration with ERP Applicable scenarios.

Automatic forklift storage for large volume goods

Intelligent picking and sorting of small goods

[Function diagram]

I. Automatic forklift warehousing of bulky goods

1. Warehouse layout diagram

2. Scene demonstration: purchasing receiving

Step1: Vendor delivery

Step2: The system automatically calculates the storage capacity

Step3: Print and post the barcode

Step4: The forklift driver carries out transportation according to the prompts from the vehicle-mounted terminal, the transportation is completed and the logistics information is automatically collected

(1) Forklift drivers can view the created transportation tasks in the vehicle-mounted terminal.

(2) The forklift reaches the designated receiving platform according to the transport task, and the barcode scanner on the forklift scans the barcode on the pallet to trigger the transport task as "started".

(3) Forklift transport to the storage depot

(4) If thewarehouse location is correct and the sensor feedback on the warehouse location is correct, the transportation task in the system is automatically updated to "completed".

(5) If the warehouse location is wrong, the feedback of the warehouse sensor is wrong, and the on-board computer prompts "The filled warehouse location is incorrect, please refill!"

3. Scene demonstration: sales and delivery

Shipping is the same as receiving, also without keyboard operation, without mouse, in the process of logistics directly complete the transmission of information.

Second, the intelligent picking and dividing of small goods

1. Features: Automatic storage of small commodities generally has the following two characteristics.

Simple packaging according to standards when finished and warehoused

Reassembled packaging according to customer requirements at the time of shipment

2. Scenario demonstration: sales shipment

Step1: The system prints an intelligent picking order with barcode

The system automatically calculates the intelligent picking list according to the shipping requirements and existing inventory information, including the shipping warehouse location, packaging specifications, the number of boxes, the number of fractions, etc:

Step2: The warehouse manager scans the picking list, activates the warehouse location indicator, and prompts the picker to pick the warehouse location.

Step3: The goods are sent to the secondary packaging workbench, and the barcode on the packaging is scanned to directly update the receiving status on the shipping order, and the excess products are returned to the original warehouse location.

[Solution Advantages]

Low investment, no need for large-scale transformation of the warehouse facilities Easy to use, almost no mouse and keyboard operation.

Easy to learn and use, no need for complicated operation training.

Flexible deployment, can be changed at any time according to the needs of the deployment method.

[Successful case introduction]

√ A furniture factory in Shanghai, mainly producing leather sofas and other furniture products, with large product volume, small warehouse space in Shanghai, and high efficiency logistics requirements.

√ Xiamen Jinlu special alloy, mainly produces precision tools, fine products, multiple orders, small batches, each shipment before the need to combine the customer's needs for sub-assembly, print the packing list. The original needs a lot of manual operation, after using AX, save 1/4 of the warehouse shipping staff, inventory accuracy rate is close to 100%.

[Solution Summary]

A low cost, no keyboard and mouse, easy to implement automatic warehouing solution.