Strict regulations and coding technology help the pharmaceutical industry to turn a blind eye
2023-05-02 14:10:53
(Original title: Prospects for the use of decoding technology in the pharmaceutical industry are good)
[China Pharmaceutical Network Technology News] With the implementation of some regulations, in the next few years, pharmaceutical manufacturers need to take measures to minimize the threat of consumer safety caused by counterfeit drugs. TimKearns, Packaging Markets Account Manager for PackagingEurope and Videojet Technologies, said: "To find out how manufacturers can comply with regulations and maximize productivity."
TimKearns, Strategic Marketing Account Manager, Videojet Technology
Question: What is the latest development in the legal field of the pharmaceutical industry?
In November 2013, the United States signed the Drug Quality and Safety Act (HR3204). Chapter 2 of the Act, the Drug Supply Chain Security Act (DSCSA), clarifies the safety of the drug supply chain through tracking and tracing systems to minimize drug contamination, adulteration, diversion or counterfeiting. The Act stipulates that 2017 will increase the production line for pharmaceutical manufacturers, the deadline for printing a unique serial number on the packaging, and the deadline for introducing electronic codes that can track drugs from the factory to the pharmacy shelf in 2023.
In the global pharmaceutical industry, labeling and coding remains a key area and what constitutes an appropriate identification is on the market. It is absolutely clear that global trends indicate that traceability will become a requirement for pharmaceutical manufacturers in the next few years. As a result, manufacturers must begin to look for production lines that determine how they deploy new or existing tracking systems that meet their target market regulations. The time to wait and wait and see attitudes is long gone, and urgent action is now required.
Question: How can coding technology help pharmaceutical manufacturers ensure compliance with regulations before they affect production efficiency?
Precise labeling and coding is essential in the pharmaceutical industry, especially in the export market, where traceability of the supply chain is legal. There can be no errors in a comprehensive regulatory environment.
New serialization-ready printers can help ensure the necessary change data, such as serial numbers, lot numbers, and expiration dates, to deliver smoothly and to drive regulatory high-quality coding and supply chain requirements. A new generation of coded printers with a successful track record even on the most challenging pharmaceutical production lines and OEM equipment vendors can ensure code without compromising productivity.
From thermal inkjet and continuous inkjet printing to heat transfer overprinting and laser marking, manufacturers can take advantage of many encoding techniques. These printers are designed to provide high speed, accurate, high quality code for a wide range of substrates. This type of technology is ideal for accurate first, second and third grade packaging of pharmaceutical products as they enter the supply chain.
Errors caused by entering an error code are a nightmare for the supplier as this may result in product rework or brand reputation damage. Even when the final label is completely pressurized, the traceability code on the vial ensures data integrity during the packaging process. In collaboration with solution providers, manufacturers can create and implement coding programs that incorporate coding protection factors to limit the likelihood of user error. Streamline message selection and entry through automated usage and software tools to prevent coding errors, increase productivity, reduce waste, and minimize operational costs and risks.
Question: What is the future of coding technology?
Accurate labeling and coding will continue to innovate in the pharmaceutical packaging industry, especially for new materials and coatings such as flexible packaging materials and DataLase®. For example, recent blow-fill seal (BFS) bottles have rapidly developed, broken ampoules, vials, and prefilled syringes, and advances in printing technology have been able to properly encode such packages.
In the next few years, we can expect that in the global key markets, more government departments will impose strict traceability regulations on the pharmaceutical industry to deal with the pressing problems of counterfeit drugs and patient safety. In many jurisdictions, such as the European Union (EU), it is expected that by 2018, the individual packaging serial number will be fully implemented as required by law. To help manufacturers cope with these increasingly stringent standards, coding technology has evolved far beyond just confirming the correct encoding at the right time with a printer. In addition, future ink development will ensure that printers are more flexible and environmentally conscious in the area of ​​printed substrates.
It's important to find the right solution for the vendor, not simply to choose the right printer. Manufacturers should be aware that not all inks, ribbons, and other consumables are born to have the same effect on all unique coding techniques. Specific application needs, such as coating resistance or high resolution barcodes or even packaging film types can affect the choice of ink or ribbon. Environmental conditions can also determine which inks and ribbons are best for the application. Knowing these factors, experienced suppliers can provide advanced consumable packages for each technology, and their expertise can also help manufacturers get the most out of their printers.
In summary
As manufacturers continue to squeeze their heads into the global market, competition in the pharmaceutical industry will only become more intense. Because companies must comply with multiple security regulations, the supply chain will become more complex. Therefore, it is critical that manufacturers carefully consider the quality of their production line processes and overall equipment efficiency (OEE). What is certain is their unique coding technology that helps them meet the most stringent regulations while increasing productivity and flexibility for future needs.
[China Pharmaceutical Network Technology News] With the implementation of some regulations, in the next few years, pharmaceutical manufacturers need to take measures to minimize the threat of consumer safety caused by counterfeit drugs. TimKearns, Packaging Markets Account Manager for PackagingEurope and Videojet Technologies, said: "To find out how manufacturers can comply with regulations and maximize productivity."
TimKearns, Strategic Marketing Account Manager, Videojet Technology
Question: What is the latest development in the legal field of the pharmaceutical industry?
In November 2013, the United States signed the Drug Quality and Safety Act (HR3204). Chapter 2 of the Act, the Drug Supply Chain Security Act (DSCSA), clarifies the safety of the drug supply chain through tracking and tracing systems to minimize drug contamination, adulteration, diversion or counterfeiting. The Act stipulates that 2017 will increase the production line for pharmaceutical manufacturers, the deadline for printing a unique serial number on the packaging, and the deadline for introducing electronic codes that can track drugs from the factory to the pharmacy shelf in 2023.
In the global pharmaceutical industry, labeling and coding remains a key area and what constitutes an appropriate identification is on the market. It is absolutely clear that global trends indicate that traceability will become a requirement for pharmaceutical manufacturers in the next few years. As a result, manufacturers must begin to look for production lines that determine how they deploy new or existing tracking systems that meet their target market regulations. The time to wait and wait and see attitudes is long gone, and urgent action is now required.
Question: How can coding technology help pharmaceutical manufacturers ensure compliance with regulations before they affect production efficiency?
Precise labeling and coding is essential in the pharmaceutical industry, especially in the export market, where traceability of the supply chain is legal. There can be no errors in a comprehensive regulatory environment.
New serialization-ready printers can help ensure the necessary change data, such as serial numbers, lot numbers, and expiration dates, to deliver smoothly and to drive regulatory high-quality coding and supply chain requirements. A new generation of coded printers with a successful track record even on the most challenging pharmaceutical production lines and OEM equipment vendors can ensure code without compromising productivity.
From thermal inkjet and continuous inkjet printing to heat transfer overprinting and laser marking, manufacturers can take advantage of many encoding techniques. These printers are designed to provide high speed, accurate, high quality code for a wide range of substrates. This type of technology is ideal for accurate first, second and third grade packaging of pharmaceutical products as they enter the supply chain.
Errors caused by entering an error code are a nightmare for the supplier as this may result in product rework or brand reputation damage. Even when the final label is completely pressurized, the traceability code on the vial ensures data integrity during the packaging process. In collaboration with solution providers, manufacturers can create and implement coding programs that incorporate coding protection factors to limit the likelihood of user error. Streamline message selection and entry through automated usage and software tools to prevent coding errors, increase productivity, reduce waste, and minimize operational costs and risks.
Question: What is the future of coding technology?
Accurate labeling and coding will continue to innovate in the pharmaceutical packaging industry, especially for new materials and coatings such as flexible packaging materials and DataLase®. For example, recent blow-fill seal (BFS) bottles have rapidly developed, broken ampoules, vials, and prefilled syringes, and advances in printing technology have been able to properly encode such packages.
In the next few years, we can expect that in the global key markets, more government departments will impose strict traceability regulations on the pharmaceutical industry to deal with the pressing problems of counterfeit drugs and patient safety. In many jurisdictions, such as the European Union (EU), it is expected that by 2018, the individual packaging serial number will be fully implemented as required by law. To help manufacturers cope with these increasingly stringent standards, coding technology has evolved far beyond just confirming the correct encoding at the right time with a printer. In addition, future ink development will ensure that printers are more flexible and environmentally conscious in the area of ​​printed substrates.
It's important to find the right solution for the vendor, not simply to choose the right printer. Manufacturers should be aware that not all inks, ribbons, and other consumables are born to have the same effect on all unique coding techniques. Specific application needs, such as coating resistance or high resolution barcodes or even packaging film types can affect the choice of ink or ribbon. Environmental conditions can also determine which inks and ribbons are best for the application. Knowing these factors, experienced suppliers can provide advanced consumable packages for each technology, and their expertise can also help manufacturers get the most out of their printers.
In summary
As manufacturers continue to squeeze their heads into the global market, competition in the pharmaceutical industry will only become more intense. Because companies must comply with multiple security regulations, the supply chain will become more complex. Therefore, it is critical that manufacturers carefully consider the quality of their production line processes and overall equipment efficiency (OEE). What is certain is their unique coding technology that helps them meet the most stringent regulations while increasing productivity and flexibility for future needs.
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