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目前显示的是标签为“tto printer”的博文

Industrial Thermal Transfer Overprinting: HPRT FC53 Models Introduction

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  HPRT FC53 series industrial  thermal transfer overprinters  include 4 models: FC53-Li, FC53-Lc, FC53-Ri, and FC53-Rc. These automatic thermal transfer overprinting support both intermittent and continuous printing modes. HPRT  TTO printers  can print variable codes on the following flexible packaging materials: PVDC, PET, PE, NY, CPP, OPP, BOPP, BOPET, BOPA, CPP, PE, VMPET, VMCPP and other films and composite films. HPRT industrial TTO printers have been used by many well-known food, daily chemical, and pharmaceutical manufacturers in China to print production batch numbers, barcodes, production dates, expire date, formula tables, etc. FC53-Li/FC53-Ri Intermittent TTO Printer 1. This model is used with intermittent packaging machine and will print with the materials fixed. 2. The FC53-Li/FC53-Ri intermittent printer has a print area of 53 mm x 75 mm in this mode and a print speed of 40 to 600 mm/s. 3. During the stationary period when the packaging material is...

Why Choose HPRT Thermal Transfer Overprinters (TTO)

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  HPRT industrial   TTO printer   FC53/32 is suitable for food, medicine, daily chemical, household paper and other types of flexible packaging variable code (including traceability code, barcode) printing. We regard reducing total cost of ownership (TCO) as the key to   TTO   design.Main features of HPRT   thermal transfer overprinters : cost saving, optimize operation, high reliability, highly efficient print, eco-friendly. Cost Saving  1. 20mm to 50mm ultra wide ribbon to optimize ribbon usage  2. With Format Designer software; has the function of auto ribbon optimization  3. Low-cost 32mm TPH for option, which meets the demand of less-than-35mm ribbon usage  4. Max. 1100-meter ribbon with less replacement to save printing cost High Reliability  1. Cost-effective TPH warranty service  2. Solid and reliable structure: without any quick-wear parts in ribbon cassette design  3. High reliability and extra long ribbon signif...

An Introduction to Thermal Transfer Overprinting (TTO) Ribbon

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  The   thermal transfer overprinting   ribbon is a layer of PET film coated with fusible ink on one side and a protective layer called a back coating on the other side. TTO ribbon is generally composed of the front lead ribbon (handle), the original ribbon, the rear lead ribbon, and the shaft core. The front lead ribbon (handle) is in front of the original ribbon, and the rear leader is at the end of the ribbon roll (some ribbons do not have a rear leader). The Front Lead Ribbon The front lead ribbon is generally transparent and has the following functions: It is convenient to install the ribbon on the printer; Product names, company names and trademarks can be printed as product identifications on it for marketing; It can protect the ribbon. The Original Ribbon The original ribbon generally consists of five layers. Top coating It is mainly used to improve the adhesion of ink on the printing target medium and enhance the resistance against the environment; Ink layer...

An Introduction to Thermal Transfer Overprinter(TTO)

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  What is TTO? TTO is short for  thermal transfer overprinter . Adopting thermal transfer overprinting technology, it’s a type of printing machine for flexible or soft packaging code printing. Compared with an ordinary solid ink coding machine, it is more intelligent. It can revise the content which is to be printed, such as production date, batch number, period of validity, expiration date through a computer.  Thermal transfer overprinting is contact-type printing technology. The process of printing can only be completed with the TPH and carbon ribbon pressed to the flexible packaging film or label. The printer uses the printhead to press down the ribbon to make direct contact with the substrate in order to create high-definition images, including texts, numbers, patterns, etc. on a variety of films, aluminum-plastic composite films, and other flexible packaging and labels.  There are two printing modes: intermittent mode and continuous mode. Its basic working princ...