Here are some successful cases of using reinforced hybrid carbon ribbons:
Case 1: Efficient Printing Needs of Household Appliance Enterprises
Background: A domestic household appliance company has high industry requirements for label printing, which requires high-speed printing while ensuring print quality.
Application scenario: Printing product information of household appliances, such as barcodes and small characters, on copperplate paper and synthetic material labels.
Solution: Adopt Inkanto series APX ®FH+ Enhance the mixed carbon ribbon.
Effect: APX ®FH+ With outstanding comprehensive performance, it meets all the requirements of the application, including wear resistance, heat resistance, medium applicability and sensitivity, and has won the final recognition of the customer.
Case 2: Printing Information Labels on Italian Pastry Trays
Background: An Italian manufacturer uses labels to print product information (product name, weight, and ingredients) on its pastry trays, but the previous carbon ribbon in the heat shrink packaging process caused the ink on the label to soften when heated, making the information blurry and even sticking to the plastic film.
Application scenario: The glossy adhesive copperplate paper label is used in conjunction with the Zebra 105 printer. After the label is attached to the bottom of the pastry tray, it is packaged with heat shrink film.
Solution: Adopt Inkanto's APX ®FH+ Enhance the mixed carbon ribbon.
Effect: The printed information on the label has high resistance to the impact of heat shrinkage process, solving the previous problems and improving the overall quality of the product and customer satisfaction.
Case 3: Durable Printing Requirements for Barcode Printers
Background: A certain merchant uses barcode printers for frequent printing, requiring durable, scratch resistant, and non fading printing results.
Application scenario: Printing barcodes and labels on various materials.
Solution: Choose a certain brand of reinforced hybrid carbon ribbon (specific brand not mentioned, but emphasizing its durability and scratch resistance).
Effect: Even in frequent use, the printed barcode remains clear and visible without blurring or fading, meeting the printing needs of merchants.
Case 4: Strength Enhancement in the Field of Mechanical Engineering
Background: In the field of mechanical engineering, there are high requirements for the strength and stability of mechanical structures, as well as the need to reduce their own weight to improve the service life of equipment.
Application scenario: Used for manufacturing machine bed frames and mechanical components.
Solution: Use enhanced hybrid carbon ribbon for printing or labeling (although the printing process is not directly mentioned in this case, the application of enhanced hybrid carbon ribbon in material manufacturing also reflects its advantages in strength and durability).
Effect: Improved the strength and stability of the mechanical structure, while reducing its own weight and extending the service life of the equipment.
These successful cases demonstrate the widespread application and excellent performance of enhanced hybrid carbon ribbons in different fields and scenarios. By selecting appropriate reinforced mixed carbon ribbon, enterprises can meet the label printing needs in various complex environments, improve product quality and customer satisfaction.