Star Micronics Star SK5-31UD-LQW-H-SP3 Kiosk Printer Star Micronics
510,29 EUR 424,09 EUR
plus shipping and customs
Hardware/ Electronic Star Micronics
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Delivery to US in:
5-9 workdays (only 5 left in stock)
Sales Rank:
#66 in Label Printers #5605 in Computer
Style:
Label Printers
Product No.:
2101723656
Description:
The Star Sanei SK5-31UE-LQW-H-SP3 from Star Micronics is a compact, embedded thermal receipt printer module designed for reliable integration into kiosks, terminals and self-service systems. With a print density of 8 dots/mm (203 dpi), it delivers clear, sharp text and well-defined barcodes suitable for receipts, tickets and simple graphics. The integrated cutter enables clean, automatic receipt separation, while the presenter function helps to control the release of the printed document for improved user guidance and protection against paper jams caused by premature pulling.
Equipped with both USB and Ethernet interfaces, the SK5-31UE-LQW-H-SP3 can be flexibly integrated into modern system architectures. USB ensures simple, direct connection to PCs, industrial controllers or embedded systems, while Ethernet allows network-based printing and remote management in distributed kiosk fleets. This dual connectivity makes the device suitable for a wide range of applications, from retail and hospitality to ticketing, check-in terminals, information kiosks and industrial automation environments where a robust embedded print engine is required.
As a thermal printer mechanism, the SK5-31UE-LQW-H-SP3 has only a few wear parts and generally low maintenance requirements. The cutter mechanism is designed for frequent cutting cycles, ensuring consistent performance in high-usage kiosks. The 203 dpi resolution is ideal for typical POS and kiosk output: receipts, vouchers, queue tickets, barcode labels and simple logos can be printed with good legibility and professional appearance. The presenter function can help reduce paper damage and misprints by presenting the finished ticket only when the print job is completed, which can contribute to smoother operation and a better user experience.
Typical applications include payment and checkout kiosks, ticket vending machines, self-service check-in or registration terminals, information points, parking systems and any embedded solution where space is limited but reliable and fast receipt printing is essential. Integrators benefit from the compact design of the print mechanism, which can be mounted behind front panels or in machine housings. The combination of cutter and presenter makes the module particularly suitable for unattended operation around the clock.
By using thermal printing technology, the printer does not require ink or toner, which simplifies operation and reduces consumables to paper only. Depending on the chosen paper type, this can support more sustainable operation, as there is no need to dispose of cartridges or ribbons. Customers who opt for suitable paper qualities can help reduce waste and make the overall kiosk solution more resource-efficient.
Star Micronics is a globally active specialist for POS and printing solutions with many years of experience in the development of receipt printers, kiosk mechanisms and related technologies. The company is known for robust hardware designed for long-term use in retail, hospitality and industrial environments. In publicly available information, Star Micronics highlights efforts to improve the energy efficiency of its products, extend product lifetimes and support modern, often more dematerialized workflows (for example through digital receipt solutions in other product lines). Even when using a classic thermal printer mechanism like the SK5-31UE-LQW-H-SP3, customers benefit from a design that aims at durability and low maintenance, which can help reduce the need for frequent replacements and associated resource consumption. By choosing a long-lasting, reliable print mechanism from an established manufacturer, purchasing customers make a contribution toward more sustainable, efficient system solutions in their kiosk and POS environments, as fewer failures and device changes generally mean less electronic waste over the lifecycle of the installation.