DK Coding, Marks Each Moment
| Place of Origin: | Shanghai |
|---|---|
| Brand Name: | Dikai |
| Model Number: | DT |
| Minimum Order Quantity: | 120 pieces |
| Price: | US $1 / piece |
| Delivery Time: | 5-8 work days |
| Payment Terms: | T/T |
| Supply Ability: | 50000 Pieces per month |
| Name: | DC Thermal Transfer Ribbon | Width: | 32mm, 33mm, 55mm |
|---|---|---|---|
| Length: | 500m | Color: | Black, White |
| High Light: | 55mm*600mtr White Thermal Transfer Ribbon,Oilproof White Thermal Transfer Ribbon,Resin Ribbon For Barcode Printer |
||
Near Edge Barcode Resin Thermal Printer TTO Ribbon 55mm*600mtr
Thermal transfer ribbons for TTO printers. Near edge ribbons have been developed for high-volume printing processes at high speeds. Suitable substrates are paper, various plastics and flexible packaging foils.
The Near edge technology makes it possible to integrate identification marking directly into the production process. We offer near edge ribbons that are wax / resin or resin based. these ink ribbon types have been developed for different stress requirements and surfaces. resin ribbons are more durable than wax/resin ribbons.
Companies that distribute large volumes of goods use thermal transfer printing with near edge ribbons because it guarantees resistant print, even at high print speeds. It's used for packaging in the food industry, among others.
The thermal transfer imaging method was invented by Mille in 1953. With the development of microelectronics technology, lithography technology, semiconductor electric heating element technology and laser technology, especially the development of high-sensitivity thermal transfer imaging functional materials technology, thermal transfer printer, as a non-contact printing computer peripheral hard output device, has become a special type of printer with high market share. The thermodynamic principle of imaging is to drive the semiconductor electrothermal head or laser by computer signal to transfer heat to the imaging material of the support, so that the imaging material is thermally melted and transferred to the image receiving medium to form characters and images. The thermal transfer imaging material is coated on the tape base, which is called thermal transfer carbon tape or thermal transfer ribbon.
