Industrial Park RFID Material Management

The industrial park is a comprehensive area integrating production, processing, warehousing, logistics, services and other functions. In order to ensure the normal operation and efficient development of the industrial park, it is necessary to effectively manage various materials in the park. Material management refers to the activities of planning, organizing, directing, coordinating and controlling the demand, procurement, storage, distribution, use and recycling of raw materials, semi-finished products, finished products, equipment, Tools, spare parts and other items in the park. It aims to Achieve optimal allocation of materials and maximize benefits.

Generally speaking, materials in industrial parks can be classified from the following aspects:

Production materials: These are the most basic and important materials in the industrial park, including various raw materials, semi-finished products and finished products, as well as auxiliary materials and packaging materials related to the production process. The management of production materials mainly involves demand forecasting, procurement planning, supplier selection, quality inspection, warehousing acceptance, outbound distribution and other links. It needs to be dynamically adjusted according to the production plan and market demand to ensure adequate and reasonable supply of production materials. in stock.

Equipment and supplies: This is an important Asset of the industrial park, including various production equipment, testing equipment, transportation equipment, office equipment, etc., as well as tools and spare parts related to equipment operation. The management of equipment and materials mainly involves equipment selection, procurement contracts, installation and commissioning, use and maintenance, scrapping and updating, etc. It needs to be scientifically evaluated and rationally allocated based on equipment performance and service life to ensure efficient utilization and safe operation of equipment and materials.

Warehousing materials: This is an important resource in the industrial park, including various warehouses, shelves, pallets, containers, etc., as well as signage, barcode scanners, etc. related to the warehousing process. The management of warehousing materials mainly involves warehouse planning, cargo space allocation, inventory counting, inbound and outbound registration, etc. It requires reasonable layout and effective control based on material characteristics and circulation rules to ensure the orderly storage and rapid circulation of warehousing materials.

Logistics materials: This is an important support for the industrial park, including various transportation vehicles, container trucks, forklifts, etc., as well as documents and labels related to the logistics process. The management of logistics materials mainly involves transportation routes, vehicle scheduling, cargo loading and unloading, etc. It requires optimized arrangements and refined operations based on logistics needs and cost-effectiveness to ensure timely delivery and safe transportation of logistics materials.

Service supplies: This is an important guarantee for the industrial park, including various office supplies, cleaning supplies, safety supplies, etc., as well as uniforms, tableware, etc. related to the service process. The management of service materials mainly involves demand analysis, purchase application, registration and other links. It requires appropriate supply and effective supervision based on service standards and employee satisfaction to ensure the rational use and good hygiene of service materials.

How to use RFID technology to trace and manage production materials in industrial parks

RFID technology can provide effective traceability management for production materials in industrial parks, improving logistics efficiency and quality control. Specifically, RFID technology can realize the following functions:

Material storage: By attaching RFID tags to materials, automatic identification and registration of materials can be achieved, reducing manual operations and errors. At the same time, the source, quantity, specification, batch and other information of materials can be recorded to facilitate subsequent inquiries and verifications.

Material delivery: By installing an RFID Reader at the exit, automatic scanning and delivery of materials can be achieved, improving the speed and accuracy of delivery. At the same time, the inventory status and location of materials can be updated to avoid the loss and mis-delivery of materials.

Material flow: By setting up RFID detection points within the industrial park, real-time tracking and monitoring of materials can be achieved to understand the flow and status of materials. At the same time, intelligent scheduling and allocation can be carried out according to the needs and priorities of materials, optimizing logistics resources and costs.

Material quality: By embedding temperature, humidity, vibration and other sensors on materials, the environmental parameters of materials can be collected and uploaded, and abnormal conditions and risks of materials can be discovered in a timely manner. At the same time, according to the quality requirements of materials, reasonable storage and preservation can be carried out to extend the service life of materials.

How to use RFID technology to manage fixed assets of production equipment in industrial parks

RFID technology can be used for fixed ASSET MANAGEMENT of production equipment in industrial parks to achieve functions such as rapid positioning, status monitoring, maintenance records, and scrap management of equipment. The specific application steps are as follows:

1. Attach an RFID tag to each production equipment. The basic information of the equipment is Stored in the tag, such as serial number, name, model, specification, purchase date, using department, etc.

2. Install RFID readers at various key locations in the industrial park, such as entrances, exits, warehouses, workshops, etc. The readers are connected to the backend database system to upload and receive equipment information in real time.

3. When production equipment enters and exits the industrial park or moves within the park, the reader can automatically identify the tag of the equipment and record the location and time information of the equipment in the database to form a flow track of the equipment.

4. When the production equipment needs to be repaired or scrapped, the maintenance personnel or scrapping personnel can use the RFID handheld device to scan the label of the equipment, enter the reason, time, cost and other information of the repair or scrapping on the reader, and then upload this information to In the database, update the status and history of the device.

5. The backend database system can generate various statistical reports and analysis charts based on equipment information, such as equipment quantity, value, usage rate, failure rate, maintenance costs, scrap rate, etc., to provide a scientific basis for fixed asset management in industrial parks. and decision support.