Seiko CAPD245 & 345 Thermal printer mechanism and cutter

The Seiko CAPD*45 is range of easy-paper-load, low power thermal printer mechanisms ideal for battery operated instruments. 

Seiko have combined their legendary reliability with high performance, compact design and varying print widths, making the CAPD*45 the most versatile printer mechanism range available today. 

The wide operating temperature -10°C to +50°C allows for use outdoors in demanding conditions. 24V versions are also available, please see CAPD*47

Features
Model nameCAPD245CAPD345
Technology type                                            Direct thermal
Paper width                    58 mm                    80 mm
Print speed                    100 mm / sec                    80 mm / sec
Power                                                   5V
Paper path                                                Curved
Resolution                                              8 dots / mm
Cutter                                              Full cut / partial cut
Interface                                   IFD501-01*K (serial or USB)
Operating temperature                                           -10°C ~ 50°C
Drivers                                      Windows / Linux / OPOS
Dimensions69 mm (W) x 15 mm (H) x 30 mm (D)91 mm (W) x 15 mm (H) x 30 mm (D) 
Weight                     125 g                      148 g
Accessories                                       CPU / interface boards
Applications & Markets

The 12V CAPD cutter and printer is Seiko's flagship mechanism range built to service a wide veriety of applications and markets.

With Seiko's high performance, compact size, reliability and peripherals such as interface boards and chipsets, help design engineers to integrate the printers into their design easily.

  • Kiosk
  • Portable/handheld devices
  • Instrumentation
  • Medical
  • POS   
  • Payment terminals
Downloads & Extras

Extras

Chip sets and interface boards are available for most mechanisms for customers who do not wish to design their own board.

For further information, please contact us

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