In today's world, pharmaceutical printing services have become a vital part of the production process. From the printing of labels and packaging to custom dosage formulations and traceability, the ability to print can mean the difference between a successful and unsuccessful product. Moreover, the technology and innovation that's enabling these services has increased the efficiency and cost-effectiveness of the entire process.
Managed Print Services
Managed pharmaceutical print services provide a cost effective way to meet the needs of your company. These services include the benefits of automated technology, streamlined processes, and improved security. It also allows your business to procure printing materials at discounted prices.
With the right managed print solutions, you can free up your staff to focus on more important tasks. You'll see a boost in productivity. And the increased efficiency means your business can maintain its competitive edge.
Managed printing services can support your operations from the front door to the back, and even to the lab. It helps keep all of your printed documents organized and easy to access. This can be especially useful for sales representatives who need to print orders while traveling.
In addition, your printers can be stored in employee-only access areas. This helps prevent tampering with your equipment. Not only can you save money on ink and toner, you can also reduce the risk of fraud. Your printing system will be safer from hackers who are notorious for targeting pharmacies.
3d Printing
3D printing for pharmaceutical printing services has the potential to revolutionize the production of medicines. This technology can reduce costs, improve efficiency, and increase precision. It also has the potential to increase purity and uniformity. In addition, it can promote the manufacture of personalized medicines.
There are currently two main types of 3D printers used for pharmaceutical printing. These include powder bed fusion and binder jetting. The latter is a method of creating controlled-release tablets that use liquid binding agents.
Both technologies can be combined to produce a larger variety of dosage forms. For example, a printer could be used to print multi-drug dosage forms, such as a pill that contains a combination of multiple medications.
However, while 3D printing for pharmaceutical printing services has demonstrated some benefits, its clinical use has yet to be proven. There are a number of technical challenges that need to be addressed before the process becomes widely adopted.
Traceability
The Pharmaceutical printing services sector is undergoing significant changes. Companies are investing in new technologies that will help them achieve greater operational efficiency. Traceability is a key element of this.
To ensure safe and secure products, pharmaceutical companies must be able to accurately identify and trace them from their source. Proper marking and coding equipment are essential for this task.
Across the globe, regulations are being introduced to combat counterfeit drugs. The EU, for instance, is requiring all packages for pharmaceuticals to contain a unique serialization number. This can stop counterfeiting in its tracks.
Other countries are also proposing similar legislation. These changes affect all sectors of the pharmaceutical industry. Using new technology, pharmaceutical manufacturers can ensure that their products are safe and compliant.
The FDA estimates that 40% of finished dosage medications sold in the US are manufactured outside of the US. To prevent these products from reaching consumers, manufacturers need to invest in traceability technologies.
Custom Dosage Formulations
The process of custom dosage formulations is a new development in the pharmaceutical industry. Using this method, you can prepare the dose form according to your patient's needs and requirements. This can make it easier for you to administer the medication to the patient.
These personalized medications have a high precision and can be prepared at an affordable price. However, the FDA is more concerned about safety and efficacy than on the production cost. Therefore, you will have to prove that your 3D printing dosage form is effective in clinical practice.
The FDA approved the first 3D printed drug product in 2015. In fact, the use of this technology is expected to expand in the future. Several companies are now leveraging this technology to produce customized drugs.
The benefits of this technology include low cost, ease of processing, and tailored sizes, shapes, and release characteristics. Besides the obvious advantages of personalized medicine, 3D printing can also provide an affordable solution to manufacturing small batches of medicines.