
Description
1. USB wired barcode scanner to capture 1D, 2D code on labels,
paper, mobile phone or computer.
2. High-efficiency recognization and high upload speed for
improving your working efficiency.
3. With buzzer for reminding you that the scanning successfully or
not.
4. Compatible with USB and UART interface.
5. Over 180 configurable options
6. Macro support replace a string in the bar code with another
7. Programmable preamble postamble and termination strings
8. Superior reading performance utilizing advanced decoding
algorithms
9. Scan Speed:15m/min
10. Can Read Long PDF417 Passport CodeSpecifications
Scanning Performance | Scan Mode | 640*480 CMOS |
Lighting | White LED |
Collimate | Red LED |
Read Code Type | 2D | QR Code, Data Matrix, PDF417,Aztec,Micro QR,Micro PDF417 |
1D | EAN,UPC,Code 39,Code 93,Code 128,UCC/EAN 128, Codabar, |
Interleaved 2 of 5, ITF-6,ITF-14,ISBN,ISSN, MSI-Plessey |
GS1 Databar ,Code 11,Industrial 25, |
Standard 25,Plessey, Matrix 2 of 5 |
Accuracy of reading | ≥4mil |
Depth of Field | EAN-13 | 50mm-220mm (13mil) |
|
Code 39 | 40mm-90mm (5mil 10 byte) |
QR Code | 25mm-200mm (20mil 16 byte) |
Data Marix | 50mm-90mm (10mil 20 byte) |
PDF417 | 30mm-130mm (6.67mil 7 byte) |
Contrast | ≥25% |
Scanning angle | Intersection angle 360°,Elevation ± 55° Deflection angle ± 55° |
Viewing Angle | Horizontal:47°Vertical:36° |
Mechanical/ Electrical Parameters | Interface | TTL-232 , USB (HID-KBW, Virtual serial port) |
Dimension | 21.6*12*13.2mm |
Operating Voltage | DC 3.3V |
Operating Current | 180mA |
Standby Current | USB:50mA; TTL:10mA |
Environmental Parameters | Operating Temperature | -20ºC~+50ºC |
Storage Temperature | -40ºC~+70ºC |
Operating Humidity | 5%~95%(Non-Condensing) |
Environmental Light | 0~100000LUX |
Files
·Provide User ManualThe important role of barcode scanning module in recognition
applications in the medical field
As a key component of the modern medical information system, the
barcode scanning module is continuously expanding and deepening its
application in the field of medical identification, significantly
improving the accuracy and operational efficiency of medical
processes, while greatly enhancing patient safety and medical
service quality.
In the regulatory process of medical devices, the barcode scanning
module achieves full tracking from manufacturing to use by reading
the unique device identifier (UDI) barcode of the medical device.
During the production phase, the enterprise optimized inventory
management through UDI barcode scanning technology, ensuring the
accuracy of inbound, outbound, inventory counting, and inventory
circulation.
During the logistics transportation process, this module
facilitates real-time tracking, ensuring that the equipment can be
quickly and accurately delivered to medical institutions. In the
operational phase, quickly reading UDI tags simplifies the
inventory control process and ensures consistency between inventory
records and actual inventory. Within the hospital, by scanning UDI
information and entering it into the system, medical staff can
quickly obtain detailed information and usage of instruments,
thereby improving the efficiency of material management.
In terms of drug tracking, barcode scanning modules also play a
crucial role. From the production, transportation, storage to final
use of drugs, every step can be accurately recorded and monitored
by scanning barcodes, effectively preventing issues such as drug
expiration and misdelivery, and ensuring the safety of patient
medication. In the hospital pharmacy, pharmacists use this module
to verify drug information, avoiding errors and ensuring the health
of patients.
In terms of medical record management and patient identification,
the barcode scanning module has also demonstrated powerful
functions. After attaching barcodes to medical records, medical
staff can quickly access patient information, improving the
efficiency of diagnosis and treatment. At the same time, by
scanning the barcode on the patient's wrist strap or identification
card, basic information of the patient can be quickly obtained,
reducing medical risks caused by information errors and improving
service security.
The medical self-service terminal and payment settlement system are
also places where the barcode scanning module plays an important
role. Patients can complete registration, payment and other
processes by scanning the barcode of their ID card or medical
insurance card, greatly improving the convenience of medical
treatment and reducing waiting time. This not only optimizes the
patient's medical experience, but also reduces the work pressure on
hospital windows and improves operational efficiency.
In addition, in the laboratory testing process, the barcode
scanning module ensures accurate matching between the sample and
patient information, avoids sample confusion, provides timely and
accurate testing results for doctors, and promotes the
implementation of precision medicine.
In summary, the application of barcode scanning modules in the
field of medical recognition not only accelerates the pace of
medical informatization, but also provides strong technical support
for improving patient safety and medical service quality. With the
continuous advancement of technology, its application prospects
will become even broader.