The unique 6-inch CL S6621is smaller and more efficient than any other comparable printer, the CL S6621 offers automatic Cross-Emulation, for easy integration and compatibility, and features our advanced Hi Lift™ mechanism.
The CL-S703 delivers an outstanding 300dpi resolution for pin-sharp printing. Tough, robust and built to withstand the rigours of most industrial, warehouse and logistics environments, the CL-S703 is built to provide years of trouble-free use.
This high performance, industrial printer incorporates a wide range of features and is capable of producing excellent definition. The unique Hi-Open™ case and Hi-Lift™ printer mechanism, significantly reducing the overall footprint of the unit.
The CL-S700 series is designed for ease of use; the metal mechanism opens vertically to a full 90° to allow for easy ribbon access, while integrated ribbon control and positioning support precision printing on even small or specialist media.
The CL-S631 offers the finest resolution, providing 300 dpi for the reproduction of logos, pictures and EAN-compliant barcodes. The CL-S631 is supplied as standard with Cross-Emulation™ technology with both Zebra® and Datamax® emulations.
The CL-S621 is a unit that includes direct thermal and thermal transfer modes. The printer features Hi-Lift™ metal mechanism and the innovative ARCP™ anti-wrinkle and automatic tensioning system for quick and trouble free ribbon loading.
The Citizen CL-S521 is a very quick and easy direct thermal label printer. Due to the standard Cross-Emulation technique, the CL S-521 automatic selects the right emulation. Both Zebra and Datamax are installed by default.
The CL-S400DT is a thermal printer that is specifically designed for the quick printing of tickets and include shelf labels. The printer is equipped with Hi-Lift mechanism for easy placement of traditional media and fanfold labels.
The CL-S300 packs all the essential features required for regular, medium volume label printing into a compact, robust case. The Hi-Open case enables easier media loading without increasing the unit's footprint.