Citizen CMP 30II Barcode Label Printer

Description

Citizen CMP 30II Barcode Label Printer offers functionalities similar to other Citizen mobile printers, so here’s a breakdown of its potential features based on available information:

Printing Technology:

• Thermal Printing: The CMP-30II likely utilized thermal printing technology, offering two options depending on the specific model:
  • Direct Thermal: This method uses heat-sensitive labels that darken when exposed to the printhead. It’s ideal for paper-based labels that don’t require extreme durability, such as shipping labels or on-the-go receipts.
  • (Optional) Thermal Transfer: Some models might have offered thermal transfer printing as an option. This method uses a ribbon with ink that melts and adheres to various label materials when heated by the printhead, creating more durable labels resistant to fading, moisture, and chemicals.

Print Performance:

• Resolution: 203 dpi (dots per inch) – This delivers good quality for most applications, producing clear text and readable barcodes.
• Print Speed: Up to 100 millimeters (3.9 inches) per second – This speed ensures efficient printing for moderate-volume label production tasks while remaining portable.

Media Handling:

• Media Width: The CMP-30II could handle labels with widths ranging from 80 millimeters (3.15 inches) to potentially up to 100 millimeters (3.94 inches), accommodating a wider range of label sizes for various mobile applications compared to the CMP-20II.
• Media Thickness: It likely supported labels with thicknesses similar to other Citizen mobile printers (around 0.08 millimeters to 0.15 millimeters).
• Media Roll Size: The printer likely accepted rolls up to 83 millimeters (3.3 inches) in diameter with a core size of 25.4 millimeters (1 inch), suitable for its mobile design.

Design and Usability:

• Compact and Portable: The CMP-30II was designed for portability with a comfortable form factor for carrying during mobile printing tasks.
• Drop-in Paper Loading: This design likely simplified media changes, minimizing downtime during printing tasks.
• Durable Construction: Despite its compact size, the CMP-30II likely offered a robust build for reliable performance in mobile environments.

Connectivity:

• Standard Interfaces: The CMP-30II likely came equipped with standard interfaces like Bluetooth for wireless printing from smartphones, tablets, or mobile computers. Some models might have also offered USB connectivity for wired printing options.

Additional Features:

• Battery Powered: The CMP-30II likely featured a rechargeable Lithium Ion battery for operation without a constant power source, ideal for mobile printing scenarios.
• Integral Tear Bar: This built-in feature might have allowed for easy and clean separation of printed labels, improving workflow efficiency.
• Dust and Water Resistance: The CMP-30II might have offered some level of environmental protection against dust and light moisture splashes, suitable for various mobile settings.