In today's highly developed medical informatization, whether it is in patient information recording, medical clinical care, or in pharmaceutical management, medical device management and other scenarios, it seems that it is inseparable from the application of one- and two-dimensional barcode reading. However, due to the particularity of medical scenarios, traditional barcode reading equipment may not be able to guarantee the efficiency and accuracy of code scanning in some cases. In order to solve this problem, the introduction of code scanning module will become an effective means to improve the efficiency of barcode reading in medical scenarios. Next, let's take a look at what kind of "magic" the one-dimensional and two-dimensional barcode scanning module has, which can bring convenience to the medical industry in different scenarios.
The barcode scanning module is a barcode reading device that is designed to be embedded and can be installed in a specific location, which is mainly used to provide an efficient solution for embedded and 1D and 2D barcode reading applications. Generally speaking, the barcode scanning module has a built-in high-quality sensor head, which can quickly and accurately identify all kinds of 1D and 2D barcodes, as well as various complex symbols.
In fact, barcode reading requirements in medical scenarios are often high, and barcode information needs to be identified quickly and accurately. However, traditional barcode scanners are limited by size and weight, and are not flexible enough to use, and often need to manually align the barcode for scanning. This not only wastes the operator's time and effort, but also leads to reading errors or missed reads. Based on this, the barcode scanning module came into being, providing a solution for accurately reading the barcode of medical products. Barcode scanning modules usually have excellent integration flexibility, small size, light weight, and can be directly integrated into external medical devices, such as medical diagnostic and analysis equipment, medical tablets, medical self-service machines, etc. The operator only needs to place the barcode to be scanned in the scanning area, and the reading can be completed automatically, which greatly improves the work efficiency and accuracy.
In addition, as far as we know, barcodes in medical scenarios usually have certain particularities, such as small size, high-density complex symbols, etc. This can be challenging for traditional barcode reading devices. By adopting the advanced UIMG decoding algorithm, the code scanning module can intelligently sense the external environment and automatically adjust the light sensitivity adaptability to ensure fast code reading. Whether it is a linear barcode, ** or a variety of low-quality (defaced code, laminated code, curved code, color code, etc.) barcode scanning module can accurately identify and decode. In addition, the code scanning module also has the functions of autofocus, auto**, anti-strong light interference, etc., which can withstand the test of long-term use and various harsh conditions to ensure the stability and reliability of the reading effect.
In addition, the code scanning module can also be connected and communicated with other devices through standard serial TTL or RS232, USB interface, etc., to achieve automatic identification of two-dimensional barcodes, real-time data transmission and application. For example, the integration of the code scanning module with the medical information system can realize the automatic entry and query of patient information, which greatly improves the work efficiency and medical quality. At the same time, the code scanning module can also be linked with other medical equipment such as drug management system and medical clinical care system to realize the accurate recording and tracking of patient information, drug information, medical records, etc., and realize the automation and intelligence in the medical management process.
In short, as an important tool for barcode reading in the medical field, the code scanning module provides strong support for the efficient conduct of medical work. As a well-known national high-tech enterprise in China, Shenzhen Envision Internet of Things Technology Co., Ltd. has been committed to the development of barcode reading equipment and related technical solutions such as barcode scanning module, barcode scanning engine, reading engine, one-dimensional and two-dimensional scanning module, and scanning module module since its establishment in 2000. For the use scenarios of the medical industry, Shenzhen Envision (Rakinda) has launched a series of high-performance embedded CCD two-dimensional barcode reading engines, which can be installed and embedded with customized appearance structure, which can adapt to various medical PDA equipment, medical diagnosis and analysis equipment, medical tablets, medical self-service terminals and other thin and light equipment with requirements for structural size, etc., and is committed to providing faster and better code scanning solutions for multiple scenarios.