ShenZhen Masung Intelligent Equipment Co., Ltd has won hundreds of existing intellectual property patents and increasing at a rate of more than ten items per year. The company are expanding the proportion and scope of intelligent manufacturing, expanding R&D and sales gradually. We have a production area of 7,000 square meters, including metal molds and stamping, automatic patch, Complete product manufacturing system integrating assembly, testing and other system-wide processes. Kiosk thermal printers can take many forms, but they all have one thing in common: being hidden inside a machine. One reason is that there are so many different kiosk thermal printers on the market and their applications are so diverse. There are mainly 5 types of kiosk thermal printers.
Here is the content list:
The "cut and drop" printer
The "output control" printer
The "Host" function printer
The "present and retract" kiosk printers
POS printers in kiosk
These are usually used to pay for and display parking lots. Tickets are printed inside the booth, cut from rolls of paper and dropped from a chute onto a tray to be collected. This is the most basic type of kiosk thermal printer and the least expensive. The kiosk thermal printer is well protected inside the kiosk. Cutting and lowering the printer is very effective as long as the kiosk is well designed.
Two clever features allow the printer to be mounted directly behind the kiosk fascia. "Anti-jam" function stops printing tickets in case of congestion; For example, deliberately blocking paper paths. Print your resume when the path is clear. When the opposite happens, the ticket is pulled out before it is fully printed, and "pull protection" ensures that the kiosk thermal printer and the roll are not affected. Certain tickets may be damaged or torn by the user, but will not cause paper jams, ensuring the kiosk is ready for the next customer.
A demonstrator is installed in front of the kiosk thermal printer at the ticket booth, which prints and cuts out tickets before the customer sees them. The printed ticket is then forwarded and presented to the user. Once pulled, the ticket is further served and ejected, effectively passing the ticket to the user. These printers are a little more expensive, but they're totally protected from abuse.
They are very similar to a demo printer, but with the added ability to retrieve printed tickets and discard them in the kiosk. This is very useful if the user does not accept a ticket or receipt within a programmable time. A typical application for this type of kiosk thermal printer is ATM, as it prevents unnecessary receipts from littering the street.
With printing speeds reaching 350mm per second, a fifth type of "kiosk thermal printer" is becoming more widely used. Due to mass production, POS (Point-of-sale) printers are a very cost-effective way to produce tickets or receipts in a kiosk environment. The super-high printing speed almost completely eliminates the speaker's need, as the ticket is printed and cut before the user has a chance to grab and pull it.
For convenience and ease of use, innovative features such as feed and print buttons are included on both the front and back of the kiosk thermal printer, which is ideal for self-service terminals that open front, side or back.
Transactions in modern society involve multi-agent games. The process for consumers to choose high-quality printers seems simple, but in fact, consumers need to have deep market consumption literacy. So, how should consumers choose a label printer?
Here is the outline:
1.Why buy a label printer?
2.How to buy a label printer?
3.What are the advantages of label printers?
1.Meet the needs of consumers to efficiently print labels. For all kinds of businesses that need to print labels in batches, nothing can better meet the needs of consumers than specialized printing equipment. In addition, such specialized equipment can also help consumers get rid of the difficulty of choosing paper material and label size.
2.Ensure smooth use. The biggest difference between a high-quality printer and an ordinary printer is its internal structure. High-quality printers use advanced technology, which can effectively prevent the machine from jamming and pulling paper. In this way, consumers can use it more smoothly and efficiently, and can also better improve their work efficiency of consumers.
3.Reduce maintenance costs. Consumers spend far more than the economic cost to buy a printer, but also include time cost, energy cost, and many other aspects. A high-quality machine can allow consumers to enjoy a longer service life in subsequent use, and consumers can also enjoy lower maintenance costs.
1.Respect consumer preferences. Consumers are individuals with independent consciousness and usage preferences. Therefore, sensible consumers should start from their actual needs and find products that can meet consumers' label printing needs and meet consumers' specific emotional needs.
2.Do more product comparisons. The speed of various printers, applicable label sizes, and printing effects are all product parameters that consumers can compare. Only when consumers compare more printer products can they more effectively find printers that satisfy them in the market.
3.Choose the right partner. An unpleasant cooperation experience is a kind of harm to both parties. Therefore, consumers need to select suitable producers as partners according to their market performance.
1.Specialized printing machines. Few products in the market can simultaneously meet the diverse needs of consumers. As a result, sensible consumers are more inclined to trust producers who have specialized in production for a long time.
2.Convenient operation. Consumers can easily complete the installation and use of the printer just by referring to the graphic instructions in the product manual. Moreover, all the doubts encountered by consumers in use can be answered in detail by viewing the instructions on the product details page or by consulting customer service.
In short, a high-quality label printer can bring consumers a great improvement in work efficiency. Shenzhen Masung Intelligent Equipment Co., Ltd is a Chinese enterprise that has been producing and selling all kinds of printing equipment for many years, and we are confident to take the leading position in the comparison of similar products.
A barcode is a graphic that records information about data symbols, which are distributed on a plane with a specific geometry and according to a certain pattern. In encoding, barcodes cleverly use the concept of "0" and "1" bitstreams that form the basis of the computer's internal logic. Several geometries corresponding to binary are used to represent alphanumeric information, which is automatically read by image input equipment or photoelectric scanning equipment to realize automatic information processing. 2D barcode has some commonalities of barcode technology, namely, each code system has its specific character set, each character occupies a certain width, has a certain verification function, and so on. At the same time, the barcode also has the function of automatically recognizing the information of different rows and handling the rotation change point of graphics. Shenzhen Masung Intelligent Equipment Co., Ltd. always adheres to the enterprise spirit of "dedication, innovation, integrity, and service" and actively creates a unique private enterprise culture atmosphere. It is currently expanding the proportion and scope of intelligent manufacturing based on its representative product, i.e. barcode scanner, and gradually expanding its R&D and sales areas.
What are the technical support of the barcode scanner?
How to determine the resolution of the barcode scanner?
Common barcode scanners usually use the following four technologies, namely light pen, CCD, laser, and image red light.
The light pen is the first hand-held contact barcode scanner, and it is also the most economical bar code reader. When in use, the operator needs to contact the light pen with the bar code surface and send out a small light spot through the lens of the light pen. When this light spot crosses the bar code from left to right, the light in the white part will be reflected, while the light in the black part will be absorbed. Therefore, a variable voltage is generated inside the light pen, which is used for decoding after amplification and shaping.
CCD is an electronic coupling device, which is more suitable for close-up and contact scanning. The CCD scanner uses one or more LEDs, and the light emitted can cover the whole bar code. The image of the bar code is transmitted to a row of light, sampled by each photodiode, and each bar or space is distinguished by the adjacent detection result of "black" or "white", to determine the character of the bar code.
The laser scanner is relatively expensive among various scanners, but it can provide the highest functional indicators, so it is widely used in various industries. The hand-held laser scanner emits a beam of light through a laser diode and shines on a rotating prism or a swinging mirror. The reflected light shines on the surface of the bar code through the reading window, and the light returns to the reader after being reflected by the bar or empty. It is collected and focused by a mirror and converted into an electrical signal through the photoelectric converter. The signal will be decoded by a scanner or decoding software on the terminal.
Image red light barcode scanner is a barcode reader that can replace laser guns and has excellent code reading performance. The unique image design makes its decoding ability very strong. The bar code can not be read by the general scanner, but the image red light can still be read easily. Its rich data editing function can make the image red light scanner fully cooperate with the user's existing software.
The resolution of the barcode scanner should be determined from three aspects: the optical part, hardware part, and software part. In other words, the resolution of the barcode scanner is equal to the resolution of its optical components plus the resolution obtained by its processing and analysis through hardware and software.
Optical resolution refers to the actual number of light points that can be captured by the optical components of the barcode scanner per square inch. It refers to the physical resolution of the CCD (or other photoelectric devices) of the barcode scanner and the real resolution of the barcode scanner. Its value is obtained by dividing the pixel points that can be captured by the photoelectric element by the maximum horizontal scanning size of the barcode scanner. After computer software and hardware processing, the output image will become more realistic and the resolution will be higher. At present, most barcode scanners sold on the market have the function of software and hardware expansion of resolution. When scanning an image, the higher the scanning resolution is set, the finer the effect of the generated image, the larger the generated image file, but the more interpolation components.
Nowadays, the 2D barcode is widely used. As long as enough user groups are cultivated and combined with a good business model, the 2D barcode will become one of the most powerful tools to connect reality and the virtual. If you have been engaged in barcode scanning-related fields, you may consider choosing our cost-effective products.
ShenZhen Masung Intelligent Equipment Co., Ltd is a national high-tech enterprise that is dominated by receipt printers and is a diversified product with the theme of technological innovation. Finding the right kiosk thermal printer can sometimes be challenging. Kiosk thermal printers probably offer the most features, options, and performance, and the design. Functionality of a kiosk thermal printer is directly related to reliability and support requirements. There are many details and factors to consider; In other words, there are many issues that are easy to overlook when choosing a printer for your application.
Here is the content list:
Select the paper type to match what you want to print
Environmental, Spatial and certification issues
Black or hole marks
Thermal, laser, inkjet, impact lattice, other, color vs black and white or gray.
Paper width: Narrow receipt, slightly wider for more information, or full page width, ISO format.
Paper weight/thickness: It is important to consider beforehand, as many printers, especially the wider models, cannot handle very thick stocks.
Media type: We assume paper on top, but the print can also be tickets, labels, unlined paper labels, or other materials.
Paper configuration: Web or sector origami.
Paper supply size: Drum diameter or fan-shaped folding size. Need to have paper low information.
Many kiosk thermal printer applications use teleprompters to prevent vandalism, protect private information, or keep untaken files off the ground.
Almost always used in kiosk thermal printers, but the type depends on the paper.
How does the kiosk thermal printer connect to your host? USB, RS-232, Bluetooth, or others? Will your application print through a printer driver? If so, what is your operating system and can the printer manufacturer provide a suitable driver for it?
203dpi and 300dpi are the most common in most applications.
How fast do you need to print? Faster is not always better. In thermal printing, increased printing speed increases current consumption and thus increases power supply costs.
DC voltage available to the kiosk thermal printer (24VDC, 12VDC, others).
Environmental conditions: What is the temperature and humidity range to which the kiosk thermal printer is exposed? Is it an outdoor application?
Available space: How much space does the kiosk have for printers and paper?
Printer direction: From which direction should the printed output exit the kiosk; Up, down, level, angle?
Compliance/certification: UL, CE, E1, etc. Does the application require approval or meet requirements?
Used to locate pre-printed tickets so that the print can be placed in a specific location.
Any special requirements, such as pull, double feeding, printing after scanning bar code; Both sides of the paper, etc.
While not a requirement, you should know the average number of printouts per day and the average length of printouts. This allows you to calculate printer life data, which is otherwise a guess.
Whether it is gasoline pump receipts, bank statement printers, rail ticketing systems, phone booths, fire alarm systems, or anything else, we can serve and can help locate and integrate the most suitable printer for the desired purpose.
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