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!
As a inkjet printers supplier , I will share it with you. The Working Principle of CIJ Printers Continuous Inkjet Printer CIJ printers operate on the basic premise of creating a continuous flow of ink. And the process begins when two chipped cartridges within the printer. And one for the ink itself, and the other for solvent. These two liquids are then fed to a larger main tank where the mixture becomes pressurized and fed toward the printhead. After reaching the printhead, a piezoelectric element oscillates the ink, causing it to form droplets. These droplets are then charged by an electrode plate, pushing them towards the substrate in a precise manner.


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