Is It Difficult to Manage Warehouses in Machinery Manufacturing? The RFID reader is Paired With an Industrial Tablet Computer to Decompress It For You!

Brief Introduction

In the machinery manufacturing industry, warehouse management has always been an important link, which is directly related to the operating efficiency and profits of the enterprise. With the development of science and technology, how to improve work efficiency and reduce labor costs has become the primary issue for enterprises In response to the above problems, two different sets of management solutions have been launched for different scenarios. Let’s take a look at them together!

In response to the above problems, two different sets of management solutions have been launched for different scenarios. Let’s take a look at them together!

Solution 1: RFID reader (AUTOID UTouch2) helps with cargo management

RFID readers and writers have become an important tool to improve the efficiency of warehouse management due to their characteristics such as group reading and uniqueness.

RFID technology is the abbreviation of radio frequency identification technology, which uses radio signals to identify and track items with chips on the labels. By using RFID readers, companies can achieve real-time monitoring and management of inventory, transportation, supply chain and other links.

1. AUTOID UTouch2 RFID reader can realize real-time update and accurate query of warehousing data. Traditional warehouse management requires manual recording of goods information, which is prone to errors and omissions. By using RFID tags and readers, automatic collection and updating of cargo information can be achieved. Simply attach the RFID tag to the goods, and the RFID reader will automatically read the information on the tag and upload it to the database.

2. RFID readers can also realize tracking and traceability of goods. In the field of machinery manufacturing, many products require processing and assembly in multiple links, and each link requires the goods to be marked and recorded. By using RFID readers and writers, the information in each link can be bound to RFID tags to achieve full tracking and traceability of goods. Once a problem occurs, companies can quickly find the problem and take corresponding measures to improve product quality and safety.

3. RFID readers can realize automated warehouse management. Traditional warehouse management requires a lot of manual participation, and has problems such as heavy workload and low efficiency. After the introduction of RFID readers, the warehousing, outgoing, and inventory operations of goods can be carried out by automatically scanning labels, which greatly improves the efficiency and accuracy of warehouse management.

Solution 2: Industrial tablet computer (AUTOID Pad Air) helps with entry and exit management

Industrial tablet computers meet the needs of smart vehicle applications and provide integrated and efficient management of handling and collection.

1. The AUTOID Pad Air industrial tablet computer is thin and sturdy (waterproof and dustproof industrial grade IP65, drop grade 1.2 meters smooth marble). It can be firmly fixed in the forklift through the industrial tablet bracket accessories, making it stable and safe during driving; equipped with a secondary scanning engine, it can scan It has strong performance and can easily read various barcodes, greatly improving work efficiency. At the same time, a camera function is also needed to meet the needs of taking pictures and retaining samples in the working scene.

2. The AUTOID Pad Air industrial tablet computer uses Wi-Fi6 Ready technology. The network request response delay in complex environments is as low as 3-4ms. The performance is 90% higher than the previous generation standard. The enhanced roaming packet loss rate is as low as 1-2%. Supporting 4G carrier aggregation technology, the excellent wide area network performance makes the speed faster. It can have excellent network performance whether indoors or outdoors, avoiding the impact of complex working environments and weak signals on work efficiency.

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