First, the application background:
Today, the supply chain has become a key area of ​​competition among enterprises. The integration and management of the supply chain also means that the company will face a series of new technical challenges.
Factors such as increased market competition and volatility in demand have prompted product manufacturers and sales traders to continually accelerate their pace, launch personalized and flexible products, ensure commitment, deliver on time, and respond quickly to changing customer requirements. , hobbies and the economic competition environment of the outside world. In the supply chain solution, the integration of speed, efficiency, correct rate and information is the key goal of the program.
Reasonable and efficient supply chain management can capture customer needs and share information throughout the supply chain, enabling companies to accurately predict the likelihood of inventory shortages and replenish them in a timely manner to avoid any delays that may result, ensuring planning from start to finish Synchronization with execution. Through the synergy of the supply chain, companies can reduce the size of inventory, shorten the return on investment cycle, improve the quality of products and services, and accelerate the company's response to the market.
The supply chain refers to the movement of all physical objects from raw materials to end users. Includes supplier selection, purchasing, product planning, material processing, order processing, inventory management, packaging, shipping, warehousing and customer service. Successful supply chain management seamlessly integrates all partners into the supply chain.
In the management of supply chain, the most critical technology is the tracking of goods. At present, the information identification tracking technology commonly used in supply chain management systems is bar code technology, and various shortcomings of bar code technology, such as reading one label at a time, the amount of data is limited. Poor environmental adaptability and the same bar code of the same product limit the efficiency of the supply chain.
This solution can solve these problems better by using electronic tag (RFID) technology.
RFID is a kind of radio frequency data acquisition technology, which is the best means of cargo tracking. It is superior to bar code recognition technology in that RFID can dynamically recognize high-speed moving objects and recognize multiple electronic tags at the same time. The recognition distance is large and can be adapted. Harsh environment. At the same time, because the electronic tag can uniquely identify the goods, it is possible to track the goods throughout the supply chain and grasp in real time which part of the supply chain the goods are in.
Implementing an electronic labeling system solution can achieve the following objectives and achieve the expected economic benefits:
1. Shorten the operation process 2. Improve the quality of inventory operations 3. Increase the throughput of the distribution center 4. Reduce the operation cost 5. Logistics tracking on the supply chain 6. Increase the transparency of supply chain management 7. Capture data on the process 8. The transmission of information is faster, more accurate and safer.
Goods flow throughout the supply chain, and the most frequent operations are outbound/inbound operations and warehouse management.
The following focuses on the application of RFID in the outbound/inbound management to fully introduce the electronic label system solution.
Second, the system introduction Faced with the daily receipt and warehousing work, how can we quickly complete the rapid check and collection of large quantities of goods?
How to quickly find the specified goods in the warehouse? Most warehouses now distinguish between locations by handwritten cards on the shelves, which is a time-consuming and laborious task for these warehouses. Moreover, mistakes in taking the wrong goods and repeatedly picking up the goods often occur.
Do you have to take stock to shut down before you can do it? The losses caused by the shutdown of large warehouses are obvious and the companies are absolutely unwilling to bear. However, it is not the case that the managers of the enterprise are unwilling to face the fact that they do not carry out the inventory and cannot truly grasp the situation of the warehouse. Is there a way to carry out warehouse inventory without affecting the normal work of the company?
Can the forklift dispatching be more reasonable? The forklift's resources are relatively scarce throughout the warehouse operation, and how to make full use of it is a key to improving the efficiency of the entire warehouse. In order to make full use of the forklift, the forklift must be dispatched through the management system so that it is always fully loaded on the most efficient line.
The well-designed RFID application system we provide will find a good solution to these problems.
Warehousing flow chart:

Warehouse application system framework diagram:

(1) The packaging and labeling system sets the packing area before the goods are put into storage (this step can also be completed on the product production line).
According to the actual warehouse management application requirements, the corresponding items are packaged into separate packages according to the specified quantity, and the operation information is written into the label, and the label and the package are hung or attached.

Stainless Steel Clip

Clips and Fasteners are most commonly categorized as flat or sheet material that is formed into simple or complicated shapes. Most often, Clips and Fasteners are manufactured using both low and high carbon steels, depending on the application. In some applications, high carbon spring steels are utilized where a spring force is required that cannot be obtained with normal spring forces. When high carbon spring steels are used for manufacturing, it is a standard requirement that the product is heat treated and quenched to a hardness level that allows the product to flex without deforming. Heat treating and oil quenching are commonly used for the hardening process, but an Austemper heat treating process is typically the best practice for eliminating heat treat deformation.

Steels most commonly used in our process for manufacturing Clips and Fasteners are either low carbon, cold rolled steel (without heat treatment), and high carbon spring steels ranging from Grade 1050 to 1095, along with Stainless Steels and precious metals such as Brass, Phosphor Bronze, and Beryllium Copper. Clips and Fasteners that we manufacture typically range in material thickness of .010″ up to .080″, with many of our prototype and short run orders ranging from these sizes. We also have the capability of manufacturing designs in a wide range of shapes and sizes. We can supply Clips and Fasteners with a variety of special finishes or coatings to your specification along with various heat treating requirements.

Clip Materials

Spring Steel Clip,Stainless Steel Clip,Spring Clip,Stainless Clips

Nanpi Jian Tong Hardware Manufacturing Co., Ltd. , https://www.jiantongstamping.com