FUKUDA FC-1760 Defibrillator Thermal Printer Recorder
► About FUKUDA FC-1760 Defibrillator Printer Recorder
The FUKUDA FC-1760 is a compact multifunctional defibrillator designed for emergency medical situations. Compatible with most pacemakers
on the market. and can print important information such as ECG waveform, heart rate and pacemaker energy level quickly and accurately.
The FC-1760 is equipped with a high resolution thermal printer. Provides clear and detailed prints. This allows medical staff to easily assess the
patient's condition and monitor progress during treatment. The printer is also equipped with a built-in battery that allows continuous printing even
in the event of a power outage.
The FUKUDA FC-1760 defibrillator printer is a reliable and easy-to-use device. This allows medical professionals to provide efficient and timely
care to patients experiencing cardiac emergencies.
► Specification of FUKUDA FC-1760 Defibrillator Printer
| Product Name | FUKUDA FC-1760 Defibrillator Printer |
| Brand | Fukuda |
| Compatible | FUKUDA FC-1760 Defibrillator |
| Recording method | Thermal dot array method |
| Paper speed | 25mm/sec. |
| Recording paper | 50mm x 30m |
| Print items | Year/month/day, hour:minute, ECG lead, set energy level, output energy level, sensitivity, heart rate, synchronous point, discharge point |
| Recording modes | Manual(approximately 8.8 seconds delayed waveform), automatic and freeze waveform recording |
► Thermal Printer Principle
The working principle of a thermal printer is that a semiconductor heating element is installed in the print head. When the print head is heated and
comes into contact with the thermal paper You will be able to print the desired format. The principle is similar to a thermal fax. This image is
created by heating. This creates a chemical reaction in the film. This chemical reaction occurs at a certain temperature. High temperatures speed
up these chemical reactions. When temperatures are below 60°C, paper takes several years to darken. When the temperature is 200°C, this
reaction is completed within a few microseconds.
Thermal printers choose to heat certain areas of the thermal paper. Therefore, it produces consistent graphics. Heating is achieved by a small
electronic heater built into the print head which contacts heat-sensitive materials. The heaters are arranged in the form of points or square strips.
and is controlled by the printer according to logic. when moving A pattern corresponding to the heating element is created on the thermal paper.
The same logic circuit that controls the heating element also controls paper feeding. This allows graphics to be printed across labels or paper.
Most conventional thermal printers use a fixed print head with a heated dot matrix. The print head has 320 square dots, each dot measuring 0.25
mm × 0.25 mm. With this dot matrix, The printer can print dots on thermal paper at any position. This technology is used in paper printers and
label printers.
Thank you so much for your attention .If you're interested in FUKUDA FC-1760 Defibrillator Thermal Printer ,feel free to contact us .Thank you .
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FUKUDA FC-1760 Defibrillator Thermal Printer Recorder For Hospital Images
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