There are several different processes for pharmaceutical label printing. You can choose thermal transfer printing, Laser etching, or High-resolution printing. You can also choose to use Extended content labels. All of these processes will deliver high-quality labels. However, choosing the right method depends on your business needs. Listed below are a few of the more popular options. Read on to find out more. Now that you know the basics, you can choose the best printing technique for your products.
High-Resolution Printing Technology
In order to produce full-color labels with the highest image quality, pharmaceutical companies need to invest in high-resolution printing technology. These technologies often use digital presses with resolutions up to 1200 dpi. These presses can also offer advanced finishing options, including raised images, micro text, and advanced watermarking to combat counterfeiting. Pharmaceutical manufacturers also need to protect themselves against counterfeiting by implementing sophisticated security measures on their labels.
Pharmacies must ensure that their pharmaceutical label Printing are legible for the consumer. To ensure that their labels will remain legible for decades, pharmaceutical companies need to invest in high-resolution printing technology. Dry toner digital presses can achieve print resolutions of up to 1200 dpi, giving consistent results. Liquid toner and UV inkjet are also available, but their print resolutions are lower than dry toner.
More Cost-Effective
High-resolution printing is more cost-effective than conventional methods. By eliminating the need for manual prepress, pharmaceutical companies can dramatically reduce their lead time. In many cases, the lead time of a pharmaceutical label Printing can be reduced to as little as one to two weeks. In addition, these technologies can reduce the risk of label obsolescence and waste. Pharmaceutical manufacturers can also customize labels for specific patient populations using this technology.
The high-resolution industrial inkjet printers offer a flexible printing solution that enables them to print alpha-numeric or bar codes on a variety of materials. The Hapa printers are cost-efficient alternatives to pre-printed labels and save money. They also have an intuitive user interface that allows for the production of small-scale orders.
Laser Etching
Pharmaceutical companies need fast turnaround coding and marking solutions to meet legislation and industry requirements. Ink-jet printing is a popular alternative but comes with many disadvantages, such as drying and cleaning, and is often subject to spattering, image distortion, and other issues. Laser etching for pharmaceutical label printing solves these problems. The process is also less costly and faster than other methods. Several benefits of laser etching include a faster turnaround time and reduced risk of image distortion and clogging.
Another benefit of laser-marked labels is their minimal maintenance and cost. The traditional methods of pharmaceutical label printing use inks and require frequent maintenance. These processes require large amounts of paper and glue, and can add to the waste stream in the long run. Moreover, the application of the label is a costly process and requires more equipment and power than laser-marked ones. By comparison, laser-marked labels require minimal maintenance and do not generate any waste.
Thermal Transfer Printing
If you need durable, waterproof pharmaceutical labels, thermal transfer printing is a good choice. Thermal transfer printing can also be used to print date of manufacture, filling and sell-by dates, as well as content labels for outer cartons. Listed below are some of the advantages of thermal transfer printing. These labels are very durable and are designed to withstand prolonged exposure to aggressive solvents, such as Xylene. If you need pharmaceutical labels that are highly resistant to Xylene, thermal transfer printing can be your best option.
In addition to pharmaceutical labels, thermal transfer printing for medical devices is commonly used for blood bag labels. It is a digital printing process that creates printed images by heating a special thermochromic paper. The paper is then converted from transparent to black and then into clear, readable labels. These labels are often made in 2-parts and are designed to withstand harsh conditions. Thermal transfer printing also ensures the quality of the printed barcodes, which must be able to withstand the elements while remaining intact.
Direct Thermal Printing
Direct thermal paper is not suitable for pharmaceutical label printing because it cannot resist extreme temperatures. As a result, the prints produced by direct thermal printing tend to fade. Moreover, they have a short shelf-life. Moreover, thermal transfer printing is recommended for pharmaceutical products and other hazardous materials. The benefits of direct thermal printing include lower maintenance costs and low costs. The only disadvantage of direct thermal printing is that it is prone to breakage due to prolonged exposure to heat.
Extended Content Labels
Expanded content pharmaceutical labels or ECLs are a type of labels printing that folds out from a package to provide additional information to a consumer. They are most commonly used in the pharmaceutical, chemical, and pesticide industries. They offer a higher-quality surface area for additional information, such as ingredients, coupons, and other promotional materials. These labels are also more economical and are becoming a more popular choice for pharmaceutical companies.
These labels can be produced in pressure-sensitive, cut and stack, and roll-fed formats. Pharmacies will often include extra text on these labels to support the safety of their products. This may increase consumer trust. These labels can be printed on one side or on both sides of the packaging. Because of their flexibility, they can fit extra information on a single label without sacrificing space on the product itself. Additionally, extended content pharmaceutical labels can be made into booklets that can be used for multiple purposes.
NeuraLabel
A quality, reliable in-house label printer is essential for the pharmaceutical industry. NeuraLabel’s printers can handle high-volume, flexible production, and quick response to FDA compliance labeling changes. The Sprint label printer is an excellent choice for pharmaceutical label printing, while the Sirius label printer is a good choice for white labels. Both models can handle high-volume, custom-sized printing. These printers can handle both inkjet and laser printing.
The NeuraLabel Callisto industrial and commercial label printers are scalable and feature a rapid turnaround time. They are fully-featured and offer high-quality, durable labels. Whether you need labels for pharmaceuticals, cosmetics, or medical devices, a NeuraLabel printer can help you produce high-quality, durable labels.
Videojet
Pharmaceutics and biotech companies require high-quality variable coding solutions for their labels. They need high-contrast and legibility to accurately print regulatory and traceability codes and bar codes. Videojet offers a comprehensive range of technologies and solutions to meet their clients’ unique needs. From high-volume production to small-scale production, Videojet has a solution for your pharmaceutical label printing needs.
With more than 325,000 printers in operation around the world, Videojet is a leading global provider of product identification solutions. Its technology solutions cover non-contact, direct-to-media, and digital-to-film printing. Customers can use its solutions to print on any type of material, from flexible films to cartons and cases. In addition to pharmaceuticals and biotech, Videojet also serves the consumer goods, medical devices, and industrial goods industries. Its solutions help companies increase productivity and protect their brands, as well as stay ahead of the industry’s trends.
