Epson LX-50 Dot Matrix Printer

C11CB84001

The Epson LX-50 is a compact and reliable dot matrix printer designed for businesses and individuals who require efficient and cost-effective printing of continuous forms, invoices, and other multipart documents. Featuring a 9-pin print head, the LX-50 offers fast and precise printing with speeds of up to 357 characters per second (at 12 cpi), making it ideal for high-volume environments. Its narrow carriage design supports a wide range of paper types and sizes, including single sheets and continuous paper, and it handles up to 4-part forms (1 original + 3 copies). With a robust build and low power consumption, the LX-50 ensures durability and energy efficiency, while USB and parallel connectivity options provide easy integration with various systems. Compact, dependable, and easy to use, the Epson LX-50 is well-suited for point-of-sale, logistics, finance, and back-office operations.

• Dot Matrix Printing Technology: The Epson LX-50 utilizes dot matrix printing technology, which is known for its durability and ability to create multipart forms. This makes it suitable for businesses and environments that require printing on carbon copy or multipart paper.
• Reliable and Long-Lasting: Dot matrix printers, including the LX-50, are known for their robust construction and long lifespan. They are designed to handle high-volume printing tasks and provide reliable performance over time.
• Multi-Part Forms Printing: The printer is likely capable of handling multi-part forms, allowing you to print multiple copies of documents simultaneously. This feature is often essential for businesses that need to create duplicate or triplicate copies of invoices, receipts, or other forms.
• Various Connectivity Options: While specific details may vary, the LX-50 might offer different connectivity options, such as USB or parallel ports, to connect to computers and other devices for printing.
• Compact Design: Dot matrix printers are often designed to be compact and space-efficient. The LX-50 may have a small footprint, making it suitable for environments with limited space.