Category Archives: SHEC-WHEC

Thermal Print Heads for Barcode Label Printers

Thermal Print Heads for Barcode Label Printers Thermal Print Heads for Barcode Label Printers are devices used to print using thermally sensitive materials. For example, thermal paper and thermal transfer ribbon. Accomplished by energizing resistors mounted on a substrate to generate joule heat. We can both the thick film and the thin film. For that [...]

Depth Image Sensor (DIS)

Depth Image Sensor (DIS) TEXMAC and SHEC-WHEC introduce the Depth Image Sensor (DIS). A brand-new depth image sensor measuring by electrostatic capacity. DIS is based on the latest technology for detecting thickness by measuring the variation of electrostatic capacitance, used for the detection of tape on banknotes, banknotes overlapping, staples, and special ink. Features High [...]

Magnetic Image Sensor (MIS)

Magnetic Image Sensor (MIS) Magnetic Image Sensor (MIS), is equipped with Tunnel Magneto Resistance. For the purpose of changing the resistance value in response to the strength of magnetism. Therefore, magnetic current imaging uses the magnetic fields produced by currents in electronic devices to obtain images of those currents Therefore, it is used for high [...]

TPH for Barcode Label Printers (Thin Film)

TPH for Barcode Label Printers (Thin Film) Thermal Print Heads for Barcode Label Printers (Thin Film) TPH for Barcode Label Printer labels is printed using either thermal transfer or direct thermal printing technology. So, let’s talk about what they have in common.  Similarly, thermal transfer and direct thermal use heat as the activator to transfer [...]

Wide-Scanning Contact Image Sensors

Wide-Scanning Contact Image Sensors Contact Image Sensors (CIS) Wide Scanning CIS The scanners have Wide-Scanning Contact Image Sensors built-in. In effect, to convert printed text and images into digital data. Specifically, fields that require high-precision scanning. To point out, banknote readers and flaw detection sensors. Our CIS is popular in the global market. In general, [...]

Contact Image Sensors for Banking

Contact Image Sensors for Banking ATM, Recycler, Banknote Sorter/Counter, Check Reader, Gaming / Lottery Applications, Copier / Wide Format Scanner Applications, Medical Applications, etc. (Urine test instrument, culture vessel scanner, etc.) Contact Image Sensor, CIS, is an image reading sensor using LEDs as the light source with integrated lenses and sensor ICs. A CIS contact [...]

Contact Image Sensors (CIS)

Contact Image Sensors (CIS) We offer a versatile solution for various applications using special LED light sources. Contact Image Sensors, CIS, is an image reading sensor using LEDs as the light source with integrated lenses and sensor ICs.  A wide variety of products use contact image sensors. A CIS contact sensor is smaller and lighter [...]

TPH for Receipt Printers and Mobile Receipt Printers

TPH for Receipt Printers and Mobile Receipt Printers Thermal Print Heads (TPH) TPH for Receipt Printers and Mobile Receipt Printers. In particular, for printing labels, receipts, and bar codes. Therefore, they will provide a cost-effective and quick printing solution. Thermal printers work by producing an image on paper using heat. To explain, as the thermal [...]

TPH and CIS Contact Us

TPH and CIS Contact Us TPH and CIS Contact Us. We have grown together with the development of contact image sensor technology.  We have further improved sensor technology and are also engaged in the development of magnetic image sensors and electrostatic capacity image sensors. As we achieve further improvement in sensor technology, our sensors are [...]

TPH with High Voltage (24V) for Medical Applications

TPH with High Voltage (24V) for Medical Applications (Electrocardiogram (ECG), etc) Thermal Print Heads (TPH) Given that, the TPH with High Voltage (24V) for Medical Applications uses controlled heat to transfer an image onto some media. Furthermore, there are two types of thermal printing technologies. First, thermal transfer printing is a heated print head that [...]