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Product Details:
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| Material: | All 304 Stainless Steel | UI: | 8 Inch Touch Screen |
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| Print Head: | Kyocera 32mm | Speed: | 300 PPM |
| Mode: | Combines Intermittent And Continuous Mode | Port: | All Communcation Ports To Support Industry 4.0 |
| Highlight: | 300 DPI Thermal Transfer Over Printer,Industrial Thermal Transfer Over Printer,300 DPI Industrial Coding Printer |
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All Electric Driven High Performance 32mm Kyocera Print Head Thermal Transfer Overprinter Industrial Coding Machine
Thermal transfer overprinting (TTO) is a digital printing process that offers an alternative to hot stampers and other traditional analogue printing techniques.
Thermal transfer overprinting works by creating high-quality and high-definition marks, codes and images by transferring ink onto a flexible substrate from a coated ribbon. This ribbon is covered with a wax-resin compound, or just resin, depending on the coding requirements.
TTO printheads have small resistors that swiftly and accurately heat the print area, transferring the relevant colour to the surface of the substrate. The fast on/off action is precise, ensuring that the heat causes no damage to the substrate.
Thermal transfer printers can be used for continuous or intermittent printing, making this technology suitable for an array of challenging applications including prices, date and time codes, barcodes, QR codes, logos, and ingredient or other mandatory information.
TTO technology is ideal for flexible substrates, including:
Plastics
Foils
Films (Plastic or Foil)
Paper label stock
Flat packaging
Low-density polyethylene shrink-wrap and other delicate materials
The difference between TTO and direct thermal printing is that in direct thermal printing there is no ribbon used in the printing process. However, leading thermal transfer overprinting machinery is engineered to use only a minimal amount of ribbon, which reduces wastage and means that this technology provides your packaging and labelling line with an economical and modern coding solution.
The benefits of choosing this technology for your business include:
Extremely high-resolution print quality
The ability to code fast moving products in real time
Optimum water-fastness, which is ideal for industrial label printing and coding
Wax-resin compounds and full resins can be used on materials such as polypropylene to increase durability.
Solvent-free printing
Low cost of ownership due to the optimal use of ribbon
We have the experience and knowledge to assist you in selecting the perfect machine for your requirements.
T8030/T8050 Technical parameters:
| Model Name | T8030 Int | T8030 Con | T8050 Int | T8050 Con |
| Structure | Full metal structure both inner and outside | |||
| Running Mode | Intermittent | Continuous | Intermittent | Continuous |
| Print Head Size | 32mm | 53mm | ||
| Print length | 55mm | 100mm | 55mm | 100mm |
| Resolution | 300DPI (12dots/mm) | |||
| Print Speed | 300 ppm | 50mm/s-400mm/s | 300 ppm | 50mm/s-400mm/s |
| Detector | Ribbon tension detection, print head position detection, cover opening detection, print head over temperature detection, ribbon break detection | |||
| Signal | Electromagnetic induction, Encoder (continuous type), photoelectric sensor, proximity switch | |||
| Packaging Material | PVDCPET, PE, NY, CPP, OPP, BOPP, BOPET, BOPA, PE, VMPET, VMCPP and various films and composite films | |||
| External Interface | Ethernet interface, RS232 interface, USB interface | |||
| Power Supply | AC 85V-265V, 47-63HZ, 115V AC | |||
| Software | Free PC print files editing software | |||
| Ribbon Types | Wax/resin, Premium wax/resin, Resin, Ultra resin | |||
| Working Environment | 0-40°C, humidity 10%-90%, non-condensing | |||
| Machine dimension | Printer unit (L*H*W): 211 * 184* 230mm Controller (L*H*W): 227* 142 * 184mm |
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Contact Person: Mr. Jason
