High Performance Seiko Printer - PRT 58mm Direct Thermal Printer Mechanism Head PT541 Compatible With APS CP290R – Qiji
High Performance Seiko Printer - PRT 58mm Direct Thermal Printer Mechanism Head PT541 Compatible With APS CP290R – Qiji Detail:
Features
♦ Low voltage supply
The voltage used to drive the thermal printer head is equal to the logic voltage, or is driven by a 5 V single power line, the range of operating voltage is 24V-26.5V.
♦ Compact and lightweight design
The mechanism is compact and light, dimensions: 90.8mm (width) * 54.5mm (depth) * 20mm (height)
♦ Printing with high resolution
A high-density printer head of 8 dots/mm makes the good printing quality
♦ High speed printing
According to driving power and sensitivity of thermal paper, set different printing speed required. Printing speed is 75 mm/ s (max.)
♦ Easy paper loading
Detachable rubber roller structure makess the paper loading easier
♦ Low noise
Thermal line dot printing is used to guarantee low noise printing.
Application
♦ Cash registers
♦ EFT POS terminals
♦ Gas pumps
♦ Portable terminals
♦ Measuring devices
♦ Medical equipment
♦ Taxi meters
♦ Ticketing
♦ Weighing scales
Product detail pictures:
Related Product Guide:
We depend on sturdy technical force and continually create sophisticated technologies to meet the demand of High Performance Seiko Printer - PRT 58mm Direct Thermal Printer Mechanism Head PT541 Compatible With APS CP290R – Qiji , The product will supply to all over the world, such as: Islamabad, Paraguay, Uzbekistan, Strict quality control is executed in each link of the whole production process.We sincerely hope to establish the friendly and mutual-beneficial cooperation with you. Based on high quality products and perfect pre-sales /after-sales service is our idea, some clients had cooperated with us for more than 5 years.
By Moira from Lithuania - 2018.12.11 14:13
In China, we have many partners, this company is the most satisfying to us, reliable quality and good credit, it is worth appreciation.
By Amber from Durban - 2017.11.11 11:41