What's TTO?
TTO, or Thermal Transfer Overprinter, uses thermal transfer tech to print on various packaging materials. It heats a ribbon to transfer ink for clear, lasting marks. Key Features & Benefits Versatile Applications: - Food: Handles instant food, milk powder, candy packaging, etc. Prints essential info like dates and facts. - Beverage: Works on different beverage packs, even in moist conditions. - Others: Used in baking tools, pasta, etc. Prints on diverse films like puffed and plastic. Printing Skills: - High Res: Up to 300 dpi for sharp text, barcodes, and graphics. - Multiple Modes: Adapts to production speeds with thermal transfer and intermittent printing. - Wide Content: Prints languages, codes, graphics, serials, dates, and more. Machine & Print Details: - Power & Env: Operates on AC power in various temps and humidity. - Size & Weight: Compact design for easy integration. - Ribbon Specs: Different widths and lengths for customization. Tech & Design: - High-Quality Build: Aerospace-grade aluminum, durable. - Easy Use: 10-inch touch screen, reminders for consumables and belt. - Pro Hardware: Stable performance with advanced components. Why TTO? - Traceability: Unique codes for quality control and insights. - Branding: Enhances brand with professional prints. - Compliance: Meets labeling regulations. - Cost-Effective: Reduces inventory and reprint costs. Interested? Contact us at [service@docod.com.cn] or visit [www.docod-group.com]. Our experts are ready to help!
Understanding Thermal Inkjet Technology Thermal inkjet technology is a non-impact printing method that involves the use of tiny droplets of ink expelled onto the printing surface. It relies on thermal energy to heat the ink and create the necessary pressure for droplet ejection. This technology enables precise and controlled placement of ink droplets, resulting in high-resolution prints. How Thermal Inkjet Printers Work Thermal inkjet printer consist of a print head with a series of microscopic nozzles. These nozzles are heated rapidly using a tiny heating element. As the ink within the nozzles heats up, it forms a vapor bubble, which forces an ink droplet out of the nozzle and onto the paper or other printing substrate. This process repeats for each required dot, creating the desired image or text. High-Quality Prints with Exceptional Detail One of the primary advantages of thermal inkjet printers is their ability to produce prints with exceptional detail and clarity....
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