Portable Digital Barcode Scanner Cordless RS232 LV3000R 60 fps CMOS Acquisition

Designed for OEM applications, this high-performance fixed mount barcode scanner can easily be integrated into various devices such as kiosks, ticketing machines, (reverse) vending machines, mobile ticket validators and many more.

● Ease of integration
This compact, lightweight barcode scanner comes in sturdy IP54-rated housing and allows ease of integration into a variety of devices.

● Sophisticated Technology
Its core technology UIMG , solely developed , comprises optical system, CMOS system, digitizer, decoder, image processor, embedded system, etc. The device demonstrates an unprecedented decoding capability on 1D symbologies. Users can create their own apps with our development tools to identify particular images and symbols.

SPECIFICATION

How does a barcode scanner work?

It would be no good having barcodes if we didn't have the technology to read them. Barcode scanners have to be able to read the black-and-white zebra lines on products extremely quickly and feed that information to a computer or checkout terminal, which can identify them immediately using a product database. Here's how they do it.

For the sake of this simple example, let's assume that barcodes are simple on-off, binary patterns with each black line corresponding to a one and each white line a zero. (We've already seen that real barcodes are more sophisticated than this, but let's keep things simple.)

Scanning head shines LED or laser light onto barcode.
Light reflects back off barcode into a light-detecting electronic component called a photoelectric cell. White areas of the barcode reflect most light; black areas reflect least.
As the scanner moves past the barcode, the cell generates a pattern of on-off pulses that correspond to the black and white stripes. So for the code shown here ("black black black white black white black black"), the cell would be "off off off on off on off off."
An electronic circuit attached to the scanner converts these on-of pulses into binary digits (zeros and ones).
The binary digits are sent to a computer attached to the scanner, which detects the code as 11101011.
In some scanners, there's a single photoelectric cell and, as you move the scanner head past the product (or the product past the scanner head), the cell detects each part of the black-white barcode in turn. In more sophisticated scanners, there's a whole line of photoelectric cells and the entire code is detected in one go.

In reality, scanners don't detect zeros and ones and produce binary numbers as their output: they detect sequences of black and white stripes, as we've shown here, but convert them directly into decimal numbers, giving a decimal number as their output.

FAQ

Q: How long is your warranty time:
A: 1 Year.
Q: Where can we download the user manual of the scanners?
A: We will send by email after you get samples.
Q: What's the lead time?
A: For sample, it is typically within 3 days. For bulk order, it depends on quantity and model you order.
Q: Can you provide OEM service?
A: Yes. We need further discuss about details.
Q: How do you ship the scanners usually?
A: Since it is light and compact, we usually use DHL, UPS, Fedex, TNT and post air mail.