Citizen CL-S700 label printer 1000793

Citizen CL-S700 1000793 Label Printer

The Citizen CL-S700 1000793 label printer is a robust and high-performance device, designed to withstand the most demanding industrial environments. This model, recently replaced by the improved CLS700IINEXXX, offers a combination of efficiency and advanced technology for thermal transfer label printing. Its technical details emphasize adaptability and reliability in various applications. Here are the main features and specifications:

• Printing technology: Thermal transfer, which allows labels to be printed that are resistant to extreme conditions, such as high temperatures or exposure to chemicals.
• Print resolution: 8 dots per millimeter (203 dpi), ideal for producing clear and legible labels with precise text and barcodes.
• Maximum media width: 118 mm, suitable for a variety of industrial and commercial applications, offering flexibility in label design.
• Maximum print width: 104 mm, which allows the creation of wide labels, suitable for detailed information.
• Print speed: Exceptional, reaching a maximum of 254 mm/s, which improves productivity and reduces turnaround time. standby in critical processes.
• Multi-interface: Includes RS232, USB and parallel port, ensuring extensive compatibility with various systems and equipment.
• Emulation: Supports ZPLII and Datamax languages, allowing easy integration into diverse environments and compatibility with many types of labeling software.
• Mobile sensor: An adjustable sensor that detects different types of print media, optimizing labeling quality and accuracy.

The Citizen CL-S700 is ideal for applications that require high-quality labels, such as product labeling in stores, inventory management in warehouses or component identification in manufacturing. Rugged and reliable, this printer is designed to withstand intense working environments, providing a long-lasting and cost-effective labeling solution. With its new version, CLS700IINEXXX, users benefit from technological improvements that further increase efficiency and adaptability to the specific needs of each work environment.