TP345 thermal printer mechanism series compatible with SEIKO LTPV345C
Features
◆ Roller in-position detection switch
◆ Easy loading paper
◆ Small size
◆ Light weight
◆ Fast print speed(max print speed 60mm/s)
◆ Wide working voltage
◆ High DPI(8 dots/mm,203DPI)
◆ Long printing life(>50km)
◆ Low noise

Specification
Printing method |
Thermal dot printing |
Number of dots |
576dot/line |
Resolution |
8 dots/mm |
Valid Printing width |
72mm |
Paper width(mm) |
80mm |
Paper feed pitch |
0.0625mm |
Dimension(mm) |
93x34.5x39.5 |
Weight(g) |
92g |
Head temperature |
By thermistor |
Paper end sensor |
By photo interrupter |
Roller in-position detection switch |
Blade switch |
For printer head(V) |
4.2~8.5 |
For logic(V) |
2.7~5.25 |
Operating temperature(℃) |
0~50(no condensation) |
Operating humidity(RH) |
20%~85%(no condensation) |
Storage temperature (℃) |
-25~70(no condensation) |
Storage humidity(RH) |
5%~95%(no condensation) |
Thermal head specifications
Number of Heat Elements |
576 dots |
Dot density |
0.125mm |
Dot size |
0.125mm x 0.12mm |
Paper feed pitch |
0.0625mm |
Valid printing width |
72mm |
Average Resistance Value |
176Ω±4% |
Operating voltage |
4.2V~8.5V |
Pulse life |
100 million pusle |
Mechanical life |
50KM |
Life test conditions |
25 ° C, the heating time ratio is not more than 12.5%. |
Application
Automotive
Calculators
Data terminal devices
EFT POS
Fiscal printers
Hand held terminals
Measuring instruments and analysers
Medical equipment
Portable printers and terminals
Taxi meters
Express
TP345: The Versatile Thermal Printer Mechanism for Modern Applications
The TP345 thermal printer mechanism series, compatible with SEIKO LTPV345C, is designed to meet the demands of modern printing with its compact size, wide working voltage, and high efficiency. This mechanism is a powerhouse of performance, offering a unique movement design that simplifies paper loading and ensures high reliability.
The TP345 features a roller in-position detection switch, providing an additional layer of control and precision. Its lightweight and small size make it an ideal choice for a variety of applications where space is at a premium. With a maximum print speed of 60mm/s and a high DPI of 203, the TP345 delivers fast, clear prints that are suitable for a range of uses.
The printer's thermal head specifications are impressive, with 576 dots and a dot density of 0.125mm, ensuring high-quality prints within a valid width of 72mm. The operating voltage range of 4.2V to 8.5V and a pulse life of 100 million pulses underscore its durability and adaptability.
The TP345 is built to last, with a long printing life of over 50km and a mechanical life of 50KM, making it a reliable choice for continuous use. Its low noise operation is perfect for environments where quiet operation is essential.
The printer's environmental resilience is noteworthy, with an operating temperature range of 0 to 50°C and humidity levels of 20% to 85% RH, making it suitable for diverse climates. Storage conditions are also accommodating, with temperatures ranging from -25 to 70°C and humidity levels of 5% to 95% RH.
The TP345's applications are vast, covering industries such as automotive, medical equipment, and portable printers. Its compatibility with a range of devices makes it a valuable asset in any industry that requires reliable and efficient printing solutions.
Choose the TP345 thermal printer mechanism series for your next project and experience the synergy of advanced technology and practical design. With its speed, precision, and durability, the TP345 is poised to elevate your printing capabilities to new heights.
Contact Us
We, Xiamen OPOS Printer, are specialize in providing high-quality OEM and ODMservices for thermal printers and thermal printer mechanism.
Whether you need an off-the-shelf solution with your branding or a completely new, customized printer designed from scratch, our OEM & ODM services are here to support your business’s success. Contact us today to discuss how we can help you create the perfect thermal printer solution for your market.