Unbranded POS-9220 image

Unbranded POS-9220

Quick information
Brand Unbranded
Model POS-9220
Released Year -
Type Printers
Connectivity Technology APP, Bluetooth, USB
Printing Technology Thermal
Printer Output Monochrome
Controller Type iOS, Android
Item Weight 1.9 Pounds
Product Dimensions 4.48"D x 7.68"W x 4.18"H
Status Active
Quick view

Overview

The POS-9220 is a compact, unbranded office printer designed for point-of-sale environments. It typically uses thermal printing technology suited for fast and efficient printing of receipts and tickets. The device features connectivity options that may include USB and serial interfaces, allowing integration with various POS systems. Its printing resolution is generally in the range of 203 dpi, sufficient for clear text and basic graphics. The POS-9220 supports paper widths common in receipt printing, often around 80mm. Additionally, it incorporates a simple cutter mechanism for convenience in printing operations.

Specifications

Supported Scanning Sizes A6 (105 x 148 mm)
Max Printspeed Monochrome 72 ppm
Compatible Devices Smartphones, Tablets, Laptops, Windows, Mac OS
Specific Uses For Product Office, Home
Output Type Black & White
Included Components 1x USB Drive, 1x Thermal Label Printer, 1x Power Cable, 1x USB Ca
Controller Type iOS, Android
Sheet Size 4x6 Inches
Product Dimensions 4.48"D x 7.68"W x 4.18"H
Print media Labels
Additional Printer functions Print Only
Printer Output Monochrome
Scanner Type Portable
Technology Thermal
Printer Media Size Maximum 4 x 6 inch
Features Portable
Special Feature function(f) {var _np=(window.P._namespace("DetailPageProductOverv
Input Type Monochrome
Control Method App
Dual-sided printing No
Color Dark Blue
Item model number POS-9220
Max Input Sheet Capacity 500
Maximum Print Speed (Color) 72 ppm
Type Does not apply
Maximum Resolution 203 x 203 DPI
Connectivity USB, Serial Port
Country/Region of Manufacture China
Country of Origin China
Item Weight 1.9 Pounds
Resolution 203X203 DPI
Connectivity Technology APP, Bluetooth, USB
Printing Technology Thermal
Device Type Office Electronics
Category Printers
Print Technology Thermal Printing
Print Resolution 203 dpi
Print Speed Approx. 150 mm/sec
Paper Width 80 mm (thermal paper roll)
Cutter Automatic or Manual Cutter
Dimensions Approx. 150 x 140 x 140 mm
Weight Approx. 1.2 kg
Power Supply DC 24V External Adapter
Operating Environment 0-45°C, 10-80% RH
Driver Support Basic drivers, may require generic drivers
Special Features Receipt printing, barcode support
Discontinued No

Key Advantages

The POS-9220 printer offers quick printing speeds suitable for busy retail environments. Its thermal print technology eliminates the need for ink cartridges, reducing maintenance costs. The device's compact design saves counter space in dense retail setups. It supports multiple interface options, enhancing compatibility with diverse POS systems. The straightforward paper loading mechanism ensures minimal downtime. Its affordability and ease of use make it a practical choice for small to medium-sized businesses.

Limitations

Being an unbranded model, the POS-9220 may face limited availability of official spare parts and support. The print resolution is basic, limiting its use to text and simple graphics without finer detail. It may lack advanced connectivity options like wireless or Ethernet interfaces. The build quality could be less robust compared to branded counterparts, affecting durability. Limited documentation and driver support can pose challenges for integration. Absence of advanced features like color printing or duplexing restricts its functionality to basic receipt printing.

Disclaimer

The content on is provided for general informational purposes only. We do not guarantee the accuracy, completeness, or reliability of any information, specifications, or visuals presented on the site.

is not responsible for any content, images, or data uploaded or shared by users. Users are solely responsible for the content they submit.

We may include links to third-party websites for convenience. We do not endorse or take responsibility for the content or policies of any external sites.

Use of the site is at your own risk. Always verify critical information independently before making decisions based on content from this website.