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 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
algorithmsSpecifications
SPECIFICATION |
Model | GM60 |
Type | Barcode Scanner |
Decoding Ability | QR Code, Data Matrix, PDF417,EAN13,UPC,Code 39,Code 93,Code
128,UCC/EAN 128 |
Scan Mode | 640*480 |
Interface | UART |
Resolution | 5mil |
Serial Baud Rate(UART) | 57600 |
Operating Voltage | 3.3V |
Operating Current | 70mA |
Contrast | ≥25% |
Weight | 25g |
Size | External Diameter 28mm Internal Diameter 25mm
Height 15mm Thread M25 |
Scan Angle | Roll 360°, Pitch 55°, Yaw 55° |
Viewing Angle | 69°(Inclination), 56°(Elevation) |
Light | Colorful indicator/green light flashing prompt reading success |
Operating Temperature | -30 degrees to 70 degrees |
Storage Temperature | -30 degrees to 85 degrees |
Temperature Humidity | 5% to 95% Relative humidity, Non-condensing |
Files
·Provide User Manual
·CE CertificateApplication of embedded QR code module in reading
one-dimensional/two-dimensional barcodes on motion test tubes
With the rapid development and widespread application of
technology, the QR code module embedded in medical IVD equipment is
gradually becoming the focus, especially playing an important role
in scanning scenarios such as single tube rotation, single turn
stepper turntable, and automatic step sampling of single row test
tube racks. This cutting-edge barcode technology not only greatly
improves work efficiency, but also stimulates many conveniences and
innovations in various fields such as healthcare.
In the medical field, test tubes and reagent bottles are
indispensable experimental instruments that carry the storage and
transportation tasks of biological samples. They are all equipped
with one-dimensional or two-dimensional barcode labels, which can
accurately reflect the content, information, and source of the test
tube, greatly facilitating the supervision and tracking work of
medical personnel. However, traditional barcode scanning devices
have limitations such as lagging recognition speed and cumbersome
manual operation processes, while the introduction of embedded QR
code modules effectively overcomes these challenges.
The embedded QR code module, as a device that integrates a scanning
engine and decoding algorithm, is adept at quickly batch reading
barcode information on test tubes or reagent bottles at close
range. With the help of high-resolution image sensors and
cutting-edge image processing technology, this module can
accurately identify one-dimensional or two-dimensional barcodes on
a large number of test tubes in a very short time, significantly
improving recognition speed and accuracy. In addition, its compact
size and simple installation process enable the embedded QR code
module to easily integrate into various devices and systems,
achieving automated management of barcode recognition.
In practical application scenarios, embedded QR code modules have
shown extensive potential in medical related fields such as
hospitals, laboratories, and biotechnology enterprises. By
integrating modules into the test tube reading device, hospitals
can quickly and accurately scan and recognize barcode information
on various types of test tubes, thereby assisting medical staff in
more effectively managing and tracking biological sample
information, and improving work efficiency and accuracy.
Laboratories and biotechnology companies can also use embedded QR
code modules to achieve automated management of test tube
recognition, reduce labor costs, minimize misoperations, and
thereby improve research and production efficiency.
In summary, the embedded QR code module has brought many
conveniences and innovations in the close range and batch reading
of one-dimensional/two-dimensional barcodes on mobile test tubes,
providing a new solution for barcode reading management in various
fields. Looking ahead to the future, with the continuous
advancement of technology and deepening of applications, embedded
QR code modules are expected to be widely used in medical and other
industries, adding more convenience and intelligence to people's
daily work and life.
